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Transcript

Enilit RTU
User manual
Copyright UAB Enilit. All rights reserved,
2010 – 2015
Content | User manual
Content
Content .................................................................................................................................................... 2
1.
Introduction ...................................................................................................................................... 6
1.1 User manual ................................................................................................................................. 6
1.2 Enilit RTU .................................................................................................................................... 6
2.
Safety ............................................................................................................................................... 8
2.1 Introduction .................................................................................................................................. 8
2.2 Health and safety .......................................................................................................................... 8
2.2.1 Service and Maintenance ...................................................................................................... 8
2.2.2 Electrical Connections .......................................................................................................... 9
2.2.3 Earthing ................................................................................................................................ 9
2.2.4 Power Supply Connection ..................................................................................................... 9
2.2.5 Terminals............................................................................................................................ 10
2.2.6 Data Transmission Cables ................................................................................................... 10
2.3 Decommissioning and disposal ................................................................................................... 10
2.3.1 Decommissioning ............................................................................................................... 10
2.3.2 Disposal .............................................................................................................................. 10
2.4 Declaration of conformity ........................................................................................................... 10
2.5 Handling of electronic equipment ............................................................................................... 11
2.6 Warnings regarding use of UAB Enilit products ......................................................................... 12
2.7 Guarantees.................................................................................................................................. 12
2.8 Copyright ................................................................................................................................... 13
3.
Enilit RTU Hardware ..................................................................................................................... 14
3.1 System Conception ..................................................................................................................... 14
3.2 Rack mounting and Frame .......................................................................................................... 15
3.2.1 Basic frame ......................................................................................................................... 15
3.2.2 Second frame ...................................................................................................................... 16
3.3 Short hardware review ................................................................................................................ 16
3.3.1 Power Supply Module......................................................................................................... 17
3.3.2 Central Processor Modules.................................................................................................. 17
3.3.3 I/O Modules........................................................................................................................ 17
3.4 Additional features ..................................................................................................................... 18
3.5 Central processor unit module CPU ............................................................................................ 19
3.5.1 Serial communication interface (RJ-45) .............................................................................. 22
Page 2 of 220
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Content | User manual
3.5.2 Ethernet interface (RJ-45) ................................................................................................... 23
3.5.3 Technical Data .................................................................................................................... 24
3.5.4 WatchDog .......................................................................................................................... 24
3.6 Power Supply Module ................................................................................................................ 25
3.6.1 Wiring diagram ................................................................................................................... 26
3.6.2 Technical Data .................................................................................................................... 27
3.7 Digital Input Module .................................................................................................................. 28
3.7.1 Wiring diagram ................................................................................................................... 29
3.7.2 Technical Data .................................................................................................................... 30
3.8 Digital Output Module ................................................................................................................ 31
3.8.1 Wiring diagram ................................................................................................................... 32
3.8.2 Technical Data .................................................................................................................... 33
3.9 Analogue Input Module AI-31 .................................................................................................... 34
3.9.1 Wiring diagram ................................................................................................................... 36
3.9.2 Technical Data .................................................................................................................... 37
3.10 Fiber optic module ST-61 ........................................................................................................... 38
3.11 Installation of System Housing ................................................................................................... 38
3.12 Order-book ................................................................................................................................. 39
4.
3.12.1
Basic frame ..................................................................................................................... 39
3.12.2
Second frame .................................................................................................................. 42
Enilit RTU software ....................................................................................................................... 43
4.1 Introduction ................................................................................................................................ 43
4.2 System capabilities ..................................................................................................................... 43
4.3 Licensing .................................................................................................................................... 43
4.4 User interface ............................................................................................................................. 45
4.5 Configurator ............................................................................................................................... 50
4.5.1 User groups ........................................................................................................................ 51
4.5.2 Create user groups .............................................................................................................. 51
4.5.3 Create user with rights ........................................................................................................ 52
4.6 Users authentication ................................................................................................................... 56
4.7 Project manager .......................................................................................................................... 57
4.7.1 Basic information ............................................................................................................... 57
4.7.2 Import project ..................................................................................................................... 60
4.7.3 Export project ..................................................................................................................... 60
4.8 Main configuration ..................................................................................................................... 61
Page 3 of 220
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Content | User manual
4.8.1 IP addresses ........................................................................................................................ 61
4.8.2 Remote management ........................................................................................................... 63
4.9 Hardware configuration .............................................................................................................. 68
4.9.1 Power supply ...................................................................................................................... 69
4.9.2 CPU .................................................................................................................................... 69
4.9.3 Card Slots ........................................................................................................................... 70
4.9.4 Hardware items parameters ................................................................................................. 72
4.9.5 Hardware Tags.................................................................................................................... 75
4.10 Master protocols ......................................................................................................................... 90
4.10.1
IEC 60870-5-103 configuration....................................................................................... 90
4.10.2
IEC 60870-5-101 configuration..................................................................................... 102
4.10.3
IEC 60870-5-104 configuration..................................................................................... 114
4.10.4
IEC 61850 client ........................................................................................................... 123
4.10.5
Modbus RTU/ASCII ..................................................................................................... 131
4.10.6
Modbus TCP client ....................................................................................................... 137
4.10.7
DNP3 serial master configuration.................................................................................. 139
4.10.8
DNP3 UDP/TCP/IP client configuration ....................................................................... 141
4.10.9
Simulator master configuration ..................................................................................... 143
4.10.10 RP-570 configuration .................................................................................................... 146
4.11 Slave protocols ......................................................................................................................... 148
4.11.1
IEC 60870-5-101 protocol configuration ....................................................................... 148
4.11.2
IEC 60870-5-104 protocol configuration ....................................................................... 158
4.11.3
DNP3 serial slave configuration .................................................................................... 167
4.11.4
DNP3 UDP/TCP/IP server configuration ...................................................................... 169
4.12 Tag manager ............................................................................................................................. 172
4.12.1
Tag states ...................................................................................................................... 176
4.13 Internal programmable logic ..................................................................................................... 179
4.14 Programmable logic IsaGRAF .................................................................................................. 182
4.14.1
IsaGraf function blocks ................................................................................................. 184
4.14.2
IsaGraf data types ......................................................................................................... 192
4.15 Time management .................................................................................................................... 194
4.15.1
SNTP client .................................................................................................................. 194
4.16 Self-control and diagnosis ........................................................................................................ 198
4.16.1
Hardware monitoring .................................................................................................... 198
4.16.2
Protocol monitoring ...................................................................................................... 200
Page 4 of 220
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Content | User manual
4.16.3
System log .................................................................................................................... 204
4.16.4
Events log ..................................................................................................................... 204
4.17 Redundancy.............................................................................................................................. 207
4.17.1
Redundancy support...................................................................................................... 207
4.17.2
Redundancy types ......................................................................................................... 207
4.17.3
Connection diagram ...................................................................................................... 207
4.17.4
Enilit RTU redundancy principles ................................................................................. 208
4.17.5
Monitored fault locations .............................................................................................. 209
4.17.6
Communication channel configuration .......................................................................... 209
4.17.7
Status signals, commands and measurements ................................................................ 211
4.18 Cyber security capabilities ........................................................................................................ 213
4.18.1
Introduction .................................................................................................................. 213
4.18.2
Electronic access control ............................................................................................... 213
4.18.3
Audit trail ..................................................................................................................... 215
4.18.4
Supervisory monitoring and control .............................................................................. 217
4.18.5
Configuration software.................................................................................................. 217
Abbreviations....................................................................................................................................... 219
Contacts ............................................................................................................................................... 220
Page 5 of 220
Enilit RTU User Manual 15.03
Introduction | User manual
1.
Introduction
1.1
User manual
This document is a helpful resource for utility customers or Enilit partners who are purchasing or evaluating
Enilit RTU (remote terminal unit). It is intended for readers who have knowledge of substation automation
equipment and applications.
This document provides a technical overview of the Enilit RTU.
The document is organized as follows:
1. Content: This section provides a content of this document.
2. Introduction: This section provides short overview of this document and main Enilit RTU functions and
possible applications.
3. Safety: This section provides safety of working with Enilit RTU system.
4. Hardware: This section provides an overview of the Enilit RTU hardware.
5. Software: This section provides an overview of the Enilit RTU software.
Note. User manual for this device gives instructions for its installation, commissioning, and operation.
However, the user manual cannot cover all conceivable circumstances or include detailed information on
all topics. In the event of questions or specific problems, do not take any action without proper
authorization. Contact UAB Enilit office and request the necessary information.
1.2
Enilit RTU
The automation technology is rapidly advancing. New communication techniques and devices and standard
protocol interfaces combined with the immense computing power of today’s hardware components open
the way to new concepts in automation. At the same time, the growing demands of utility owners for more
cost-effective control systems must be met.
Enilit RTU is our solution for automation applications. The modular and open structure of the Enilit RTU
system sets wide range where it could be used:

Electric power generation plants;

Electricity transmission and distribution networks;

Traffic control systems (railways; metro, tramways and etc.)

Supply networks of municipal and regional public utilities (gas, electricity, water, sewage, district
heating and etc.);

Data acquisition and control in buildings systems (escalators, lighting, air conditioning and etc.);

Monitoring and control of chemical and petrochemical plants and pipelines;
Page 6 of 220
Enilit RTU User Manual 15.03
Introduction | Enilit RTU

Environmental technology with measured data acquisition and remote evaluation.
Main tasks what the Enilit RTU is doing:

Control and monitoring of a system from a control center via reliable remote data transmission
protocols,

Multitude of communication possibilities via various transmission media (LAN, radio relay system
and etc.),

Fast time-sequential processing of digital and analogue process data with high resolution time
marking (1 millisecond),

Secure process inputs / outputs with high isolation voltage (2,5 kV),

Pre-processing and compressing of acquired process data (e.g. metered value formation, threshold
value processing, initiation delay, debouncing, signal damping),

Optimized flow of remote data transmission (spontaneous, cyclic or on-demand transmission,
differentiated interrogation lists, priority improvement, general interrogation, selective message
repeat command),

Time-saving, user-optimized parameterization with minimum effort Enilit RTU Configuration and
management software (CMS) with Microsoft Windows operating system,

Open interfaces which permit connection of peripheral units (e.g. printer or operator panel).
Page 7 of 220
Enilit RTU User Manual 15.03
Safety | Introduction
2.
Safety
2.1
Introduction
This documentation includes information for qualified technical personnel. It describes the safety, handling,
packing and unpacking procedures applicable to Enilit RTU hardware and software tools.
2.2
Health and safety
THIS SAFETY SECTION SHOULD BE READ BEFORE COMMENCING ANY WORK ON THE
EQUIPMENT.
The information in the Safety Section of the product documentation is intended to ensure that products are
properly installed and handled in order to maintain them in a safe condition. It is assumed that everyone
who will be associated with the equipment will be familiar with the contents of the Safety Section.
To preclude the possibility of personal danger, the following safety requirements must be fulfilled at any
time:
1. The operating voltage specified in technical documentation must never be exceeded.
2.
Always disconnect the device before changing the system or signaling wiring.
3.
The housing does not contain any operation-relevant elements. The device must never be opened.
4.
Do not operate the device in inflammable or explosive environments.
5.
Do not expose the device to rain or humidity.
6.
With regard to the installation location, take care that the ventilation is sufficient to make sure that the
permissible operating temperature is not exceeded.
7.
For wiring, please make sure that you use only cables that are able to withstand temperatures of at least
85 ºC.
8.
Please ensure that not isolated line ends are not exposed in order to minimize the danger of electric
shocks or short circuits.
2.2.1 Service and Maintenance
The device should be installed in a dry, clean environment. To ensure its proper functioning, it is necessary
to make sure that the specified ambient conditions are fulfilled.
If there is unlocked access to the rear of the equipment, care should be taken by all personnel to avoid
electrical shock or energy hazards.
It is not necessary to clean the device after installation. But if it is needed to cleaning, please switch off the
device and wipe it off with a soft, clean and dry piece of cloth. Do not use any detergents for cleaning.
Page 8 of 220
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Safety | Health and safety
2.2.2 Electrical Connections
Connections should be made using insulated crimp terminations to ensure that terminal block insulation
requirements are maintained for safety. To ensure that wires are correctly terminated the correct crimp
terminal and tool for the wire size should be used.
2.2.3 Earthing
Before energizing the equipment it must be earthed using the protective earth terminal, or the appropriate
termination of the supply plug in the case of plug connected equipment.
Omitting or disconnecting the equipment earth may cause a safety hazard.
Recommended minimum earth wire size is 2.5mm².
2.2.4 Power Supply Connection
This device does not have its own mains switch and starts operation immediately after the application of
system voltage. Hence, a switch must be included in the wiring scheme which must be labelled
appropriately and which must be installed in the vicinity of the device and within the operator's reach. The
switch has to fulfill the requirements acc. to standards IEC 947-1 and IEC 947-3.
The recommended maximum rating of the external protective fuse for this equipment is:
Supply voltage
Fuse, A
110VDC
6
220VDC
4
115VAC
6
230VAC
4
For the supply of the feeder voltage please use cables with the 1.5 mm² cross section.
Page 9 of 220
Enilit RTU User Manual 15.03
Safety | Decommissioning and disposal
2.2.5 Terminals
Terminals exposed during installation, commissioning and maintenance may present a hazardous voltage
unless the equipment is electrically isolated.
Clamping range:
Wire, mm2
Terminals
Power supply
0.5 ... 2.5
Process connection
0.2 ...2.5
Data communications
0.2 ...2.5
2.2.6 Data Transmission Cables
For data transmission, telecommunications cables with twisted-pair double-core cables with braided
shielding (effective core diameter: 0.6/0.8 mm2, optical cover of the screen > 80 %) acc. to VDE0815/
VDE0816 shall be used. The cable shield has to be laid planar on a bonding jumper/earth circuit connector
(central earthing point).
2.3
Decommissioning and disposal
2.3.1 Decommissioning
The auxiliary supply circuit in the Enilit RTU may include capacitors across the supply or to earth. To avoid
electric shock or energy hazards, after completely isolating the supplies to the Enilit RTU (both poles of
any dc supply), the capacitors should be safely discharged via the external terminals prior to
decommissioning.
2.3.2 Disposal
It is recommended that incineration and disposal to watercourses be avoided. The product should be
disposed of in a safe manner. Any products containing batteries should have them removed before disposal,
in order to avoid short circuits. Particular regulations within the country of operation may apply to the
disposal of lithium batteries.
2.4
Declaration of conformity
Device being the subject of this instruction was constructed and prepared and it is manufactured for the
purpose of use in industrial environment. At device constructing and manufacturing were complied with
such norms which fulfilling is being ensure the realization of specific rules and precautions, provided that
Page 10 of 220
Enilit RTU User Manual 15.03
Safety | Handling of electronic equipment
the user obeys the given guidelines of device installing and starting as well as its operation leading. This
device is compliance with EU directive resolutions:
Name
Description
2004/108/EC
Electromagnetic Compatibility (EMC) Directive
2006/95/EC
Compliance with the European Commission Low Voltage Directive
Conformity to directives was confirmed by tests performed in independent from manufacturer measurement
and research laboratories and develops centers.
Standard consistent with directive 2004/108/EC
Name
EN 55022:2010
Description
Information technology equipment. Radio disturbance characteristics.
Limits and methods of measurement (CISPR 22:2008)
EN 55024:2010
Information technology equipment - Immunity characteristics - Limits and
methods of measurement (CISPR 24:2010)
EN 61000-3-2:2006 +
A1:2009 + A2:2009
Electromagnetic compatibility (EMC) – Part 3-2: Limits - Limits for
harmonic current emissions (equipment input current <= 16 A per phase)
(IEC 61000-3-2:2005)
2.5
Handling of electronic equipment
A person’s normal movements can easily generate electrostatic potentials of several thousand volts.
Discharge of these voltages into semiconductor devices when handling circuits can cause serious damage,
which often may not be immediately apparent but the reliability of the circuit will have been reduced.
The electronic circuits of UAB Enilit products are immune to the relevant levels of electrostatic discharge
when housed in their cases. Do not expose them to the risk of damage by withdrawing modules
unnecessarily.
Each module incorporates the highest practicable protection for its semiconductor devices.
However, if it becomes necessary to withdraw a module, the following precautions should be taken in order
to preserve the high reliability and long life for which the equipment has been designed and manufactured.
1.
Before removing a module, ensure that you are a same electrostatic potential as the equipment by
touching the case.
2.
Handle the module by its front-plate, frame, or edges of the printed circuit board. Avoid touching the
electronic components, printed circuit track or connectors.
3.
Do not pass the module to any person without first ensuring that you are both at the same electrostatic
potential. Shaking hands achieves equipotential.
Page 11 of 220
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Safety | Warnings regarding use of UAB Enilit products
4.
Place the module on an antistatic surface, or on a conducting surface, which is at the same potential as
you.
5.
Store or transport the module in a conductive bag.
If you are making measurements on the internal electronic circuitry of any equipment in service, it is
preferable that you are earthen to the case with a conductive wrist strap.
Wrist straps should have a resistance to ground between 500k – 10M Ohms. If a wrist strap is not available
you should maintain regular contact with the case to prevent the buildup of static. Instrumentation which
may be used for making measurements should be earthen to the case whenever possible.
More information on safe working procedures for all electronic equipment can be found in IEC 60147-0F
and BS5783.
2.6
Warnings regarding use of UAB Enilit products
UAB Enilit products are not designed with components and testing for a level of reliability suitable for use
in connection with surgical implants or as critical components in any life support systems whose failure to
perform can reasonably be expected to cause significant injuries to a human.
In any application, including the above reliability of operation of the software products can be impaired by
adverse factors, including - but not limited - to fluctuations in electrical power supply, computer hardware
malfunctions, computer operating system, software fitness, fitness of compilers and development software
used to develop an application, installation errors, software and hardware compatibility problems,
malfunctions or failures of electronic monitoring or control devices, transient failures of electronic systems
(hardware and/or software), unanticipated uses or misuses, or errors from the user or applications designer
(adverse factors such as these are collectively termed "System failures").
Any application where a system failure would create a risk of harm to property or persons (including the
risk of bodily injuries and death) should not be reliant solely upon one form of electronic system due to the
risk of system failure to avoid damage, injury or death, the user or application designer must take reasonable
steps to protect against system failure, including - but not limited - to back-up or shut-down mechanisms,
not because end-user system is customized and differs from UAB Enilit testing platforms but also a user or
application designer may use UAB Enilit products in combination with other products.
These actions cannot be evaluated or contemplated by UAB Enilit; Thus, the user or application designer
is ultimately responsible for verifying and validating the suitability of UAB Enilit products whenever they
are incorporated in a system or application, even without limitation of the appropriate design, process and
safety levels of such system or application.
2.7
Guarantees
Page 12 of 220
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Safety | Copyright
UAB Enilit guarantees that the information in this document is accurate. The document has been carefully
reviewed for technical accuracy. In the event that technical or typographical errors exist, UAB Enilit
reserves the right to make changes to subsequent editions of this document without prior notice to holders
of this edition. The reader should consult UAB Enilit if errors are suspected. In no event shall UAB Enilit
be liable for any damages arising out of or related to this document or the information contained in it.
The media on which you received UAB Enilit software are guaranteed not to fail executing programming
instructions, due to defects in materials and workmanship, for a period of 90 days from date of shipment,
as evidenced by receipts or other documentation. UAB Enilit will, at its option, repair or replace software
media that do not execute programming instructions if UAB Enilit receives notice of such defects during
the guaranty period.
Expect as specified herein, UAB Enilit makes no guaranties, express or implied and specifically disclaims
and guaranties of merchantability or fitness for a particular purpose. Customer's rights to recover damages
caused by fault or negligence on the part UAB Enilit shall be limited to the amount therefore paid by the
customer. UAB Enilit will not be liable for damages resulting from loss of data, profits, use of products or
incidental or consequential damages even if advised of the possibility thereof. This limitation of the liability
of UAB Enilit will apply regardless of the form of action, whether in contract or tort, including negligence.
Any action against UAB Enilit must be brought within one year after the cause of action accrues. UAB
Enilit shall not be liable for any delay in performance due to causes beyond its reasonable control. The
warranty provided herein does not cover damages, defects, malfunctions, or service failures caused by
owner's failure to follow the UAB Enilit installation, operation, or maintenance instructions. Owner's
modification of the product; owner's abuse, misuse, or negligent acts; and power failure or surges, fire,
flood, accident, actions of third parties, or other events outside reasonable control.
2.8
Copyright
Copyright UAB Enilit all rights reserved.
We reserve the right to claim damages in the event of infringements of the above.
Page 13 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | System Conception
3.
Enilit RTU Hardware
3.1
System Conception
Enilit RTU is a modular, freely scalable remote control and automation device.
Its field of application is the fully-automatic monitoring and control of decentralized process stations or
RTUs (e.g. in medium voltage switches bays). Plug-in I/O modules serve for process connection, and
communication modules are available for the additional connection of subsystems (e.g. for serial
connection of sensors and actuators).
Communication between the different RTUs and between RTUs and the control center can take place via
different media, for instance

dedicated lines (private or leased lines) based on copper cables or glass FO cables

dial-up connections via analogue telephone network, digital ISDN network and GSM networks (900
MHz, e.g. D1 or D2)

serial interfaces V.24/V.28 in combination with transmission systems like PCM30, PDH or SDH
systems, or with private radio networks

LAN/WAN connections via 10/100 MB/s-Ethernet und TCP/IP
It supports the following communication protocols:

IEC 60870-5-101

IEC 60870-5-103

IEC 60870-5-104

DNP3 serial

DNP3 TCP/IP

IEC 61850

Modbus RTU/ASCII

Modbus TCP

RP-570

OPC DA2
Data transmission - in its standard form - takes place via IEC 60870-5-101 protocol (symmetrical and
asymmetrical procedure).
Protection equipment can be connected via IEC 60870-5-103, Modbus RTU, DNP3, IEC 61850 and RP570
protocols.
Network interfaces enable communication via IEC 60870-5-104, DNP3and Modbus TCP protocol.
Automation tasks can be integrated by means of the optional PLC functionality according to IEC 61131-3.
Page 14 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Rack mounting and Frame
Configuration and management can be carried out either locally via the software or via network from remote
computer.
3.2
Rack mounting and Frame
3.2.1 Basic frame
Enilit RTU frame consists of a metal housing, an internal bus system and plug-in system components. A
standard RTU includes at least a power supply module and a central processor module. Maximum number
of 12 slots for I/O and communication modules is available.
Figure 1.
Front view
Page 15 of 220
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Enilit RTU Hardware | Short hardware review
Figure 2.
Top view
3.2.2 Second frame
More I/O modules can be achieved by connecting two basic frames. Second frame should have Power
Supply and can have 16 I/O or communication modules of any type. Frames are connected with external
cable for communication between CPU and modules of the second frame. Expanding Enilit RTU with
second frame, you can achieve 28 I/O modules.
3.3
Short hardware review
The remote terminal unit “Enilit RTU” device comes in one basic 6U frame system. One frame can include:

two power supply modules,

central processor module (second frame not necessary),

12 slots for I/O and communication modules (at maximum 12 boards inside one rack could be
installed. Place of the boards according type in the rack it isn‘t necessary. No difference for RTU
what type (DI, DO, AI or ST) board is installed in the slot).
Page 16 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Short hardware review
1
2
Figure 3.
3
No.
Explanation
1
Power supply module
2
Central processor module
3
I/O modules
Front view of Enilit RTU
3.3.1 Power Supply Module
There is four type of power supply module available:
Application
Module
Input voltage 115V AC
PS-11
Input voltage 230V AC
PS-21
Input voltage 110V DC
PS-31
Input voltage 220V DC
PS-41
3.3.2 Central Processor Modules
The central processor module is in charge of communication interface operation, control of I/O modules,
acquisition and archiving of process information and execution of PLC programs.
The following central Processor Modules are available in the standard versions:
Module
Communication interfaces
CPU-3x
3 Ethernet (RJ45), 12 Serial links (RJ45)
CPU-4x
4 Ethernet (RJ45), 12 Serial links (RJ45)
3.3.3 I/O Modules
Depending on the scope of process data, it is possible to fit the free slots with the necessary I/O modules,
irrespective of the signal type.
The following I/O modules are available:
Page 17 of 220
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Enilit RTU Hardware | Additional features
Application
3.4
Module
I/O
Description
Digital input
DI-11
24
24VDC
Digital input
DI-21
24
60VDC
Digital input
DI-31
24
110VDC
Digital input
DI-41
24
220VDC
Digital output
DO-31
24
DC13, 250 VDC, 0.2A
Analogue input
AI-31
12
Fiber optic module
ST-61
6
-20 mA to +20 mA
or
-10V to 10 V.
6 x FO (ST type)
Additional features
External VGA compatible monitor, keyboard and mouse for RTU
monitoring, management and configuration.
External Touch Screen monitor for one or several feeders visualization
and control (HMI).
Computer with SCADA for local substation management.
Protocol converter (gateway).
Page 18 of 220
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Enilit RTU Hardware | Central processor unit module CPU
3.5
Central processor unit module CPU
There are seven types of central processor unit modules available:
Module
CPU-31
Communication interfaces
3 x Ethernet (RJ45),
12 x RS485 Serial links(RJ45)
3 x Ethernet (RJ45),
CPU-32
4 x RS232 Serial links(RJ45),
8 x RS485 Serial links(RJ45)
3 x Ethernet (RJ45),
CPU-33
8 x RS232 Serial links(RJ45),
4 x RS485 Serial links(RJ45)
CPU-34
CPU-41
3 x Ethernet (RJ45),
12 x RS232 Serial links(RJ45)
4 x Ethernet (RJ45),
12 x RS485 Serial links(RJ45)
4x Ethernet (RJ45),
CPU-42
4 x RS232 Serial links (RJ45),
8 x RS485 Serial links (RJ45)
4x Ethernet (RJ45),
CPU-43
8 x RS232 Serial links (RJ45),
4 x RS485 Serial links (RJ45)
CPU-44
4x Ethernet (RJ45),
12 x RS232 Serial links (RJ45)
Page 19 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Central processor unit module CPU
The central processor module CPU serves for the operation of the communication interfaces, for control of
the I/O modules, for the acquisition and archiving of process information and for the execution of PLC
programs.
1
2
3
4
5
6
7
8
Central processor unit front and side view
Figure 4.
No
1
Explanation
LED indicator
Note
Error1
Error2
Function
Hardware configuration
status
LED indication
LED is BLINKING–
mistake in hardware
configuration
User defined
LED is BLINKING -
2
LED indicator
Run
CPU status
device is OK
(running)
3
Push button
4
Connection terminals
5
VGA socket
Reset
Manually reset device by
pushing
Watchdog
VGA
Socket to connect LCD
monitor
Page 20 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Central processor unit module CPU
Socket to connect
6
USB socket
USB1-USB4
keyboard, mouse, USB
stick and etc.
Serial
7
communication
interface socket RJ-
COM1-COM12
Connect others RTUs or
protection devices
45
Ethernet
8
communication
interface socket RJ-
ETH1-ETH3
Connect control centers or
protection devices
45
Note. If Error1 and Error2 LEDs lights up and RUN LED is OFF, that means CPU error or system is
starting.
Page 21 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Central processor unit module CPU
3.5.1 Serial communication interface (RJ-45)
The CPU-3x has 12 serial communication ports.
The CPU-7x has 8 serial communication ports.
The serial communication interfaces (RS232 or RS422/485) is designed as 8-pole RJ45 connector with
integrated LEDs.
CPU module RJ-45 (COM) connector pin assignment for RS422/485:
Designation
Pin
RS-232
RS-422
RS-485 (4 wire)
RS-485 (2 wire)
1
Not used
Not used
Not used
Not used
2
RX
RX +
RB +
DB +
2 - 3 pins should be
3
TX
TX +
TB +
DB +
linked together
4
Not used
GND
GND
5
GND
RX -
RA -
DA -
5 - 6 pins should be
6
Not used
TX -
TA -
DA -
linked together
7
Not used
Not used
Not used
Not used
8
Not used
Not used
Not used
Not used
a) RTU side
Figure 5.
GND
b) Cableside
RJ45 connector
The status of each communication interface is shown via the two software-controlled LEDs that are installed
in the connectors.
The yellow LED lights up if there is a physical connection to a device, i.e. if the connection layer is in
operation. The green LED is activated during transmission of data in the transmission or the receive
direction.
Page 22 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Central processor unit module CPU
3.5.2 Ethernet interface (RJ-45)
The Ethernet communication interfaces are designed as 8-pole RJ45 connector with integrated LEDs. Pin
assignment:
Pin
Designation
1
-TX
2
+TX
3
+RX
4
Not used
5
Not used
6
-RX
7
Not used
8
Not used
Figure 6.
RJ45 connector
The status of each communication interface is shown via the two software-controlled LEDs that are installed
in the connectors:
The yellow LED lights up if there is a physical connection to a device, i.e. if the connection layer is in
operation. The green LED is activated during transmission of data in the transmission or the receive
direction.
Page 23 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Central processor unit module CPU
3.5.3 Technical Data
Feature
Value
Processor
64-bit microprocessor – 1.6 - 1.8 GHz;
Intel Atom internal watchdog;
1024...2048 MB Dynamic memory DRAM;
16 GB Solid State Drive (for software, databases, events,
waveforms, parameters);
Communication interfaces
RS485 / RJ45 socket (8-pin socket);
DTE / max. speed: 115,2 Kb;
Ethernet interface
Ethernet (10/100/1000 Base-TX) / RJ45 socket (8-pin socket)
Twisted-pair cable CAT5 / speed: 10/100/1000 Mbps
Working temperature
0 ~ +60°C, on request range can be extended
Working humidity
5 ~ 95%, non-condensing
3.5.4 WatchDog
WatchDog State
Description
Normal
Device is turned on, Enilit CMS is working, RTU hardware configuration state
has no abnormal card states
Normal
Device is starting, Watchdog relay time out timer didn’t end.
Error
Device is turned off
Error
Enilit CMS is closed and Watchdog relay time out timer ended
Error
RTU hardware configuration state has abnormal card states
Error
RTU has detected a hardware error.
Terminal
Function
1
NO
2
COM
3
NC
Page 24 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Power Supply Module
3.6
Power Supply Module
There is four type of power supply module available:
Application
Module
Input voltage 115V AC
PS-11
Input voltage 230V AC
PS-21
Input voltage 110V DC
PS-31
Input voltage 220V DC
PS-41
Each type off power supplies has 12V DC output which can be used to connect power supply for external
monitor or some other device. Max power for this output is 3 Amps.
In one Enilit RTU can be installed two power supply units whose one can work from different voltages:
one from AC and another from DC supply voltage at the same time.
1
2
3
5
4
Figure 7.
No
Explanation
Note
Power supply front and side view
Function
LED indication
1
LED indicator
5V
PS output voltage status
LED is ON - voltage is OK
2
LED indicator
12V
PS output voltage status
LED is ON - voltage is OK
Page 25 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Power Supply Module
110V AC,
3
230V AC,
LED indicator
110V DC,
PS input voltage status
LED is ON - voltage is OK
220V DC
Input voltage
4
connection terminals
12V DC output
5
connection terminals
3.6.1 Wiring diagram
Function
Terminal
AC
DC
Voltage
Voltage
L(+)
L1
+
N(-)
N
-
PE
Ground
Ground
Figure 8.
Power supply wiring diagram
Page 26 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Power Supply Module
3.6.2 Technical Data
Feature
Value
Output voltage:
5V
12V
Rated current
7.7A
7.7A
Current range
2 ~ 15A
0.5 ~ 10A
Rated power
130.9W
Setup rise time
500ms, 20ms/230V
1200ms, 30ms/115V at full load
Hold up time (Typ.)
25ms/230V
30ms/115V at full load
Input voltage range
- Input voltage range PS 11
88 ~ 132VAC
- Input voltage range PS 21
176 ~ 264VAC
- Input voltage range PS 31
88 ~ 132VDC
- Input voltage range PS 41
176 ~ 264VDC
Frequency range
47 ~ 63Hz
Current (Typ.)
3A/115V
2A/230V
Inrush current (Typ.)
COLD START 40A/230V
Leakage current
<2mA / 240VAC
Working temperature
-25 ~ +70°C (Refer to output load derating curve)
Working humidity
20 ~ 90% RH non-condensing
Page 27 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Digital Input Module
3.7
Digital Input Module
The digital input module serves for the processing of up to 24 digital input signals.
1
2
Digital input board front and side view
Figure 9.
No
Explanation
Function
LED indication
LED is ON – input is active;
1
LED indicators for
each digital input
Digital input status
LED is OFF – input is inactive;
ALL LEDS are blinking together – no connection
with CPU or digital input board error.
2
Connection
terminals
-
-
Page 28 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Digital Input Module
3.7.1 Wiring diagram
Terminal
Function
1
DI 1
2
DI 2
3
DI 3
4
DI 4
5
DI 5
6
DI 6
7
DI 7
8
DI 8
G1
COM
9
DI9
10
DI10
11
DI11
12
DI12
13
DI13
14
DI14
15
DI15
16
DI16
G2
COM
17
DI17
18
DI18
19
DI19
20
DI20
21
DI21
22
DI22
23
DI23
24
DI24
G3
COM
Figure 10.
Digital input board wiring diagram
Page 29 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Digital Input Module
3.7.2 Technical Data
Feature
Value
No. of inputs
24
Time tag
1 ms
Galvanic isolation
- from system electronics
Yes (optocoupler)
- of the channels from one another
No (groups of 8 channels share a common ground)
Signaling-circuit voltage
- Input voltage range DI 11
24...30 V DC
- Input voltage range DI 21
39...72 V DC
- Input voltage range DI 31
88...150 V DC
- Input voltage range DI 41
175...264 V DC
Increased insulation resistance acc. to IEC 602555
2.5 kV ; 50 Hz, 1 min
- Power-frequency withstand voltage
4.4 kV; 1.2/50 μs; 0.5 J
- Surge voltage
Page 30 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Digital Output Module
3.8
Digital Output Module
The digital output module serves for the processing of up to 24 digital outputs.
1
2
Figure 11.
No
Explanation
Digital output board front and side view
Function
LED indication
LED is ON – output is active;
1
LED indicators for Digital
each digital output
status
output LED is OFF – output is inactive;
ALL LEDS are blinking together – no connection
with CPU or digital output board error.
2
Connection terminals
Page 31 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Digital Output Module
3.8.1 Wiring diagram
Function
Function
1
DO1
2
DO2
3
DO3
4
DO4
5
DO5
6
DO6
7
DO7
8
DO8
G1
COM
9
DO9
10
DO10
11
DO11
12
DO12
13
DO13
14
DO14
15
DO15
16
DO16
G2
COM
17
DO17
18
DO18
19
DO19
20
DO20
21
DO21
22
DO22
23
DO23
24
DO24
G3
COM
Figure 12.
Digital output board wiring diagram
Page 32 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Digital Output Module
3.8.2 Technical Data
Feature
Value
No. of outputs
24
Galvanic isolation
- from system electronics
Yes (optocoupler)
- of the channels from one another
Yes
Switching capacity:
AC1
16 A / 250 V AC
AC15
3 A / 120 V 1,5 A / 240 V (B300)
AC3
750 W (single-phase motor)
DC1
16 A / 24 V DC (see Fig. 3)
DC13
0,22 A / 120 V 0,1 A / 250 V (R300)
Voltage (control circuit of the relay)
- rated value
12 V DC
- operating range
3 ... 110 V
Increased insulation resistance acc. to IEC 60255-5
- Power-frequency withstand voltage
2.5 kV ; 50 Hz, 1 min
- Surge voltage
4.4 kV; 1.2/50 μs; 0.5 J
Page 33 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Analogue Input Module AI-31
3.9
Analogue Input Module AI-31
The AI-31 analogue input module serves for the processing of up to twelve analogues, current or voltage
input signals.
Note. Measuring current or voltage could be selected for each input separately by the internal jumper
position.
1
Figure 14
2
Figure 13.
Analogue input board front and side view
Page 34 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Analogue Input Module AI-31
Current -20 mA to +20 mA measuring
Voltage -10 V to +10 V measuring
Analogue input switch position
Figure 14.
No
Explanation
Function
LED indication
LED is OFF – normal measured value;
1
LED indicators for Analogue
each analogue input
status
input
LED is blinking – measured value is under or over
range,
ALL LEDS are blinking together – no connection
with CPU or analog input board error.
2
Connection terminals
Page 35 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Analogue Input Module AI-31
3.9.1 Wiring diagram
Terminal
Function
+1
Analogue input 1+
-1
Analogue input 1-
+2
Analogue input 2+
-2
Analogue input 2-
+3
Analogue input 3+
-3
Analogue input 3-
+4
Analogue input 4+
-4
Analogue input 4-
+5
Analogue input 5+
-5
Analogue input 5-
+6
Analogue input 6+
-6
Analogue input 6-
+7
Analogue input 7+
-7
Analogue input 7-
+8
Analogue input 8+
-8
Analogue input 8-
+9
Analogue input 9+
-9
Analogue input 9-
+10
Analogue input 10+
-10
Analogue input 10-
+11
Analogue input 11+
-11
Analogue input 11-
+12
Analogue input 12+
-12
Analogue input 12-
G1
Ground
G2
Ground
Figure 15.
Analogue input board wiring diagram
Page 36 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Analogue Input Module AI-31
3.9.2 Technical Data
Feature
Value
No. of inputs
12
Galvanic isolation
- from system electronics
Yes (optocoupler)
- of the channels from one another
Yes
Measuring ranges (standard fitting)
Configurable via switch
Resolution in all ranges
16 bit
Acquisition cycle max.
100 ms
Increased insulation resistance acc. to IEC 602555
2.5 kV ; 50 Hz, 1 min
- Power-frequency withstand voltage
4.4 kV; 1.2/50 μs; 0.5 J
- Surge voltage
Page 37 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Fiber optic module ST-61
3.10
Fiber optic module ST-61
The ST-61 is designed to provide communication from six fiber optic ports to one RS-422/RS-485 serial
port. The ST-61 uses a separate LED emitter and photo-detector operating at an 820 nm wavelength.
Connections to the emitter and detector are done with ST type connectors. Almost any multimode glass
fiber size can be used including 50/125 µm, 62.5/125 µm, 100/140 µm, and 200 µm. Two fibers are required
between the two devices, one each direction of data.
Figure 16.
3.11
Fiber optic board
Installation of System Housing
Multi-frame systems/RTUs are usually installed in a cabinet (horizontal installation). A station's height is
6 height units (U), i.e. 266 mm. It is important to leave one U free between two stations in order to allow
for sufficient ventilation.
Another possibility is to install the RTUs in a swing frame or on a mounting plate.
Note. The RTUs should be installed in a dry, clean environment with an ambient temperature range of 0
°C ... + 60 °C (standard) and an air humidity of 0 … 95 % (non-condensation).
Page 38 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Order-book
3.12
Order-book
3.12.1 Basic frame
Enilit RTU
order
number:
Slot Nr.
Enilit RTU 232-123456900003-111111-0
10
11
12
Choice row 2 3 2 - 1
2
3 4 5 6 9 0 0 0 0 3 - 1 1 1 1 1 1 - 0
Functions
Power supply
PS-11, auxiliary
voltage 115V AC
PS-21, auxiliary
voltage 230V AC
PS-31, auxiliary
voltage 110V DC
PS-41, auxiliary
voltage 220V DC
Without
redundant power
supply
CPU module
CPU 31, with 3
Ethernet RJ45, 12
RS485 Serial
links
CPU 32, with 3
Ethernet RJ45, 4
RS232 Serial
links, 8 RS485
Serial links
CPU 33, with 3
Ethernet RJ45, 8
RS232 Serial
links, 4 RS485
Serial links
CPU 34, with 3
Ethernet RJ45, 12
RS232 Serial
links
CPU 41, with 3
Ethernet RJ45, 12
RS485 Serial
links
CPU 42, with 3
Ethernet RJ45, 4
RS232 Serial
links, 8 RS485
Serial links
CPU 43, with 3
Ethernet RJ45, 8
RS232 Serial
links, 4 RS485
Serial links
1
3
1
1
2
2
3
3
4
4
0
0
6
13
14
15
16
17
18
19
20
21
1
2
3
4
5
6
7
Page 39 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Order-book
CPU 44, with 3
Ethernet RJ45, 12
RS232 Serial
links
Inputs / outputs
boards
DI 11, 24 x DI,
operating voltage
24 VDC
DI 21, 24 x DI,
operating voltage
48 VDC
DI 31, 24 x DI,
operating voltage
110 VDC
DI 41, 24 x DI,
operating voltage
220 VDC
DO 31, 24 x DO
AI 31, 12 x AI
ST 61, 6 x FO,
fiber optic
connector type
ST
Without board
Communications
IEC 60870-5-101
(serial
communication
protocol to upper
or lower levels)
IEC 60870-5-104
(ethernet-based
communication
protocol to upper
or lower levels)
IEC 61850
(ethernet-based
communication
protocol to upper
or lower levels)
IEC 60870-5-103
(legacy IED
communication
protocol to lower
levels)
DNP3, Modbus
Without
communication
protocol
PLC Automation
Enabled
ISaGRAF runtime for
Programmable
Logic,
Automation, etc.
Disabled
8
1
1
1
1
1
1
1
1
1
1
1
1
2
2
2
2
2
2
2
2
2
2
2
2
3
3
3
3
3
3
3
3
3
3
3
3
4
4
4
4
4
4
4
4
4
4
4
4
5
6
5
6
5
6
5
6
5
6
5
6
5
6
5
6
5
6
5
6
5
6
5
6
9
9
9
9
9
9
9
9
9
9
9
9
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
0
0
0
0
0
1
0
Frame
Page 40 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Order-book
With second
frame
Without second
frame
Accessories
Equipments:
Wall mounted
adapter
Ethernet cable for
any connection
Cache for empty
slots
Connectors (3
points)
Connectors (9
points)
Connectors (12
points)
Softwares:
Enilit RTU
configuration tool
always included
in order
ISaGRAF
software PLC
Editor
Manuals:
Technical and
Operation guides
in English
Technical and
Operation guides
in German
Technical and
Operation guides
in Russian
Technical and
Operation guides
in Lithuanian
1
0
Page 41 of 220
Enilit RTU User Manual 15.03
Enilit RTU Hardware | Order-book
3.12.2 Second frame
Enilit RTU
ordernumber:
Enilit RTU 30-1234569090909090
Slot Nr.
Choicerow
1
3
3
0
1
2
3
4
0
1
2
3
4
0
-
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
1
2
3
4
5
6
9
0
9
0
9
0
9
0
9
0
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
5
6
5
6
5
6
5
6
5
6
5
6
5
6
5
6
5
6
5
6
5
6
5
6
5
6
5
6
5
6
5
6
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
Functions
Power supply
PS-11, auxiliaryvoltage 115V AC
PS-21, auxiliaryvoltage 230V AC
PS-31, auxiliaryvoltage 110V DC
PS-41, auxiliaryvoltage 220V DC
Withoutredundantpowersupply
Inputs / outputsboards
DI 11, 24 x DI, operatingvoltage 24
VDC
DI 21, 24 x DI, operatingvoltage 48
VDC
DI 31, 24 x DI, operatingvoltage
110 VDC
DI 41, 24 x DI, operatingvoltage
220 VDC
DO 31, 24 x DO
AI 31, 12 x AI
ST 61, 6 x FO,
fiberopticconnectortype ST
Withoutboard
Accessories
Equipments:
Wallmountedadapter
Ethernetcableforanyconnection
Cacheforemptyslots
Connectors (3 points)
Connectors (9 points)
Connectors (12 points)
Page 42 of 220
Enilit RTU User Manual 15.03
Enilit RTU software | Introduction
4. Enilit RTU software
4.1
Introduction
The Enilit RTU Configuration and Management Software (CMS) is the tool for simple and straightforward
configuration, maintenance, management and PLC programming of Enilit RTU with IsaGRAF software.
In the course of RTU configuration, the user can specify communications protocols and define relationships
between master and slave protocols. Also you can define relationships between hardware connections and
slave protocols. Supported protocols are:

control direction:
o IEC 60870-5-101
o IEC 60870-5-103
o IEC 60870-5-104
o DNP3 serial
o DNP3 IP
o IEC 61850
o Modbus RTU/ASCII
o Modbus TCP
o RP-570

monitor direction:
o IEC 60870-5-101
o IEC 60870-5-104
o DNP3 serial
o DNP3 IP
Enilit RTU can be used as gateway between the IEC61850 substation bus and SCADA protocols IEC
60870-5-101 and -104.
4.2
System capabilities
Enilit RTU CMS capabilities:
4.3

Not less than 50.000 information objects database;

Not less than 1000 events/second.

Up to 96 serial slave devices
Licensing
Page 43 of 220
Enilit RTU User Manual 15.03
Enilit RTU software | Licensing
Enilit RTU CMS software is included by default.
Windows 7 Embedded operating system license is included in the Enilit RTU price.
IsaGRAF license can be added by the request.
Figure 17.
Enilit RTU Substation and SCADA system concept
Page 44 of 220
Enilit RTU User Manual 15.03
Enilit RTU software | User interface
4.4
User interface
Following figure shows Main window of Enilit RTU CMS. You can choose one of the buttons to configure
Master protocols, Slave protocols, Hardware, PLC Isagraf or enter Tag manager. The main architectural
concept is that you create some points in Master protocols from IED devices then you create tags with Tag
manager and connect it to the Master protocols points. Then you create points in Slave protocols and
connect it to the tags, which you have created before. And now you will have some points from controlled
device to the SCADA or some other controlling device. In the Main window you can save Enilit RTU
configuration to the hard disk.
Figure 18.
Menu item
Main window
Description
Click to log on as a user.
Click to open Hardware manager.
Page 45 of 220
Enilit RTU User Manual 15.03
Enilit RTU software | User interface
Click to open Master protocols.
Click to open Slave protocols.
Click to open PLC programming interface.
Click to open TAG manager.
Click to open TAG states window.
Click to open Redundancy management window (button is visible only if
Redundancy is used)
Click to open Time management window.
Click to open Console window.
Click to save configuration.
Click to close Enilit RTU software.
The following figure shows the standard perspective of the program window of Enilit RTU CMS. The
display and work area is subdivided into several views. As is usual with all Windows applications, all
windows can be resized, moved or closed.
Page 46 of 220
Enilit RTU User Manual 15.03
Enilit RTU software | User interface
Figure 19.
Standard application window
The program window is subdivided in the following areas:
Side
Left side
Description
Communications tree. RTU of a project and their respective communications
are shown in the form of a structured tree diagram. In this view you can use
the “+” and the “-” characters, respectively, to open and close the different
branches of the tree. By clicking left mouse button on the tree item, the user
opens settings window in the right application side. When clicking on tree item
with the right mouse button, a corresponding popup menu enables access to
further functions available for this tree item.
Right side
Settings table. When clicking on tree item in left side of window, the
corresponding Settings table is opened, enabling the user to view and edit the
settings.
Help section
Help section is located in the bottom of the right side. The help section contains
some information about the parameter on which the cursor is currently
positioned.
The following figure shows popup menu of first tree item (CPU).Menu items:
Menu item
Description
Expand All
Expand all tree branches
Collapse All
Collapse all tree branches
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Create New
Shows window in which you can choose protocol. Keyboard shortcut Ctrl+N.
Communication Port
Figure 20.
CPU popup menu
If you use menu item Create New Communication Port, you will see following figure. Then you can select
protocol. The new tree item will appear in the communications tree. Popup menu is fast and simple way for
creating RTU communications.
Figure 21.
Select Master protocol window
The following window shows Select Slave protocol window.
Figure 22.
Select Slave protocol window
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Figure 23.
Tag Manager window
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Enilit RTU software | Configurator
4.5
Configurator
With the help of Enilit RTU Configurator you can change some initial system parameters regarding with
CPU, Serial ports, Ethernet ports, OPC, Isagraf, Graphics, Logs, Debug and other.
Figure 24.
Configurator window
Figure 25.
File menu
Menu item
Description
Log On
Log on as a user.
Log Off
Log off currently logged user.
Save (Ctrl+S)
Save configuration
Exit
Exit Configurator
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Figure 26.
File menu
Menu item
Description
Check configuration
Checks RTU description file
Create Enilit user groups
Creates Enilit user groups in Windows user groups list
Remove Enilit user groups Removes Enilit user groups from Windows user groups list
4.5.1 User groups
Figure 27.
Created user groups in Windows user groups list
There are three groups of users:
Menu item
Description
Enilit Users
Users must belong to this group if they want to work with Enilit CMS.
Enilit Allow Control
Allows users to simulate controls in Enilit CMS.
Enilit Allow Edit.
Allows users to edit Enilit CMS configuration.
4.5.2 Create user groups
First step to start working with Enilit RTU software is to Create Enilit user groups from Enilit RTU
Configurator.
To create Enilit user groups in Windows user group list you can use Enilit Configurator. Run Enilit
Configurator program and select from the menu Edit, then Create Enilit user groups. Successful creation
shows the following figure. You can use this function without log in.
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Figure 28.
User groups successfully created.
4.5.3 Create user with rights
Second step, open Computer Management tool from Control Panel, Administrative Tools. Go to Local
Users and Groups. Create new user in Users folder, like shown in following figure.
Figure 29.
Computer management window
In the General tab of Enilit User properties uncheck User must change password at next logon checkbox,
and check Password never expires checkbox.
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Figure 30.
Enilit user password options
After that open created user properties window and click Member Of tab, then Add new Groups.
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User properties window
Figure 31.
Click Advanced.
Figure 32.
Select group window
Select all Enilit user groups and click OK.
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Figure 33.
Advanced Select group window
Following figure shows how should look Member Of tab in the last step. Click OK and you will have user
with the rights to log in, configure and control Enilit RTU Configurator, Enilit RTU Project Manager and
Enilit RTU CMS. User with all three groups will have full access to the Enilit RTU software, but if you
need users with different access level you can add only Enilit Users or Enilit Allow Edit.
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Figure 34.
4.6
User Member of tab
Users authentication
After run of Configurator, Project Manager or CMS user must authenticate himself with own user name
and password.
Figure 35.
Log on window
Without user registration you can only review configuration, but not able to do anything else. Even without
user log on, you can’t manually start/stop RTU with current configuration. After user log on you will see
in the Main window user name which have logged on.
The following figure shows that logged on user: Enilit.
Figure 36.
Logged on user
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4.7
Project manager
4.7.1 Basic information
With the help of Project Manager you can manage Enilit RTU configurations. It allows import/export
project of Enilit RTU configuration. You can have here many projects and start Enilit RTU CMS with
specific RTU configuration.
Figure 37.
Project Manager project parameters window
Menu item
Description
Name
Project name
Description
Additional project description
Startup
If enabled, then project is startup project
Directory
Projects directory (read-only). Change possible only in Projects.xml file in Enilit
CMS directory.
Configuration
Version of project configuration
version
Created on
RTU of computer name on which project is created
Created user
User who created the project
Creation date
Date when the project was created
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Modified on
Computer name on which was made last modification
Modified user
User who made last modification
Modification date
Date when was last modification
Figure 38.
Menu item
Project Manager RTU parameters window
Description
Default value
Name
Name of RTU
EnilitRTU
Description
Additional description
Additional description
IP
IP address to connect to RTU
127.0.0.1
Enabled
Enables Redundancy
No
Redundant RTU Redundant RTU name
Empty
Name
Redundant RTU IP address of redundant RTU
Empty
IP
Figure 39.
File menu
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Menu item
Description
Log On
Log on as a user.
Log Off
Log off currently logged user.
Save (Ctrl+S)
Save Project Manager configuration
Exit
Exit Project Manager
Figure 40.
Edit menu
Menu item
Description
Create branch (Ctrl+N)
Create branch in the tree
Create project…
Create Project in the selected branch
Add RTU…
Add RTU to the selected project
Delete
Delete branch, project or RTU
Figure 41.
Menu item
Project menu
Description
Start project
Start Enilit RTU CMS with the selected project
Edit RTU configuration
Edit Enilit RTU configuration with CMS
Show Project directory
Opens project directory
Go to startup project
Selects startup RTU in the projects tree
Check projects
Validates projects
Import project
Import project from ezip file (Enilit ZIP)
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Export project
Export project to ezip file (Enilit ZIP)
4.7.2 Import project
With the Import project feature you can import project from external, network or other storage.
Figure 42.
Import project window
Menu item
Description
Destination directory
Directory where to save imported project
Project file
Ezip file of importing project
New project name
New imported project name
4.7.3 Export project
With the Export project feature you can export project to external, network or other storage for RTU
configuration backup.
Figure 43.
Export project window
Menu item
Description
Destination directory
Where to save exported project
Project name
File name of exported project (in our case Test.ezip)
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Enilit RTU software | Main configuration
4.8
Main configuration
Enilit RTU has Windows Embedded Operating System. Parameters regarding network configuration you
can configure with default Windows applications without need of any third party applications.
4.8.1 IP addresses
Enilit RTU has by default three Network adapters. Network adapters are independent and each has own
MAC address. In that case all Network adapters can have different IP address with a different gateway.
You can choose also Static IP address or obtain it by DHCP. To configure a Static IP address for one of
three Enilit RTU network adapters, work through the following steps:
1.
Launch Control Panel
2.
Click on Network and Internet
3.
Click on Network and Sharing Center
4.
On the left pane, click on Change adapter settings
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5.
Right mouse click on the targeted network adapter icon and select Properties
6.
Select Internet Protocol Version 4 (TCP/IPv4) and click on Properties.
7.
Select Use the following IP address and enter the following IP address and subnet mask:
IP address:
172.17.217.130
Subnet mask:
255.255.255.0
Gateway:
172.17.217.254
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4.8.2 Remote management
Enilit RTU can be configured and managed not only locally, but also remotely. If you have TCP/IP
connection to Enilit RTU, you can connect to it with Remote Desktop Connection application from
Windows Operating System. Remotely you can do everything what you can do locally: Enilit RTU Selfcontrol and Diagnosis, change configuration, import/export project, configure Windows OS.
Remote Desktop is not enabled by default. You must specifically enable it to allow remote access to the
Enilit RTU. When it is enabled, configured member of the Administrators group can connect to the Enilit
RTU.
4.8.2.1 To configure Enilit RTU
To configure remote access, follow these steps:
1.
In Control Panel, click System and Security.
2.
Then click System.
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3.
On the System page, click Remote Settings in the left pane. This opens the System Properties dialog
box to the Remote tab.
4.
To enable Remote Desktop, you have two options. You can:
 Select Allow Connections from Computers Running Any Version of Remote Desktop to allow
connections from any version of Windows.
 Select Allow Connections Only from Computers Running Remote Desktop with Network Level
Authentication to allow connections only from Windows 7 or later computers (and computers with
secure network authentication).
5.

Click Select Users. This displays the Remote Desktop Users dialog box.
6.
To grant Remote Desktop access to a user, click Add. This opens the Select Users dialog box. In the
Select Users dialog box, click Locations to select the computer or domain in which the users you want
to work with are located. Type the name of a user you want to work within the Enter the Object Names
to Select field, and then click Check Names. If matches are found, select the account you want to use
and then click OK. If no matches are found, update the name you entered and try searching again.
Repeat this step as necessary, and then click OK.
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7.
Click OK twice when you have finished.
4.8.2.2 To connect to Enilit RTU
1.
Go to Start>All Programs>Accessories>Remote Desktop Connection
2.
Enter the Computer Name or IP address of the Enilit RTU you wish to connect to.
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3.
For more connection options, click on Show Options. Here you can save the connection profile, adjust
display properties, run specified programs upon connection, adjust connection bandwidth, etc. For
more information on specific tabs, click on Help.
4.
Click on Connect.
5.
Enter your log in credentials of a user account on the Enilit RTU that is allowed to do a remote desktop
connection.
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Default username: EnilitRemote
Default password: Enilit123
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Enilit RTU software | Hardware configuration
4.9
Hardware configuration
The main Hardware configuration window looks like following figure. Left side you will see RTU Card
Slots and Hardware Tags trees. In the Card Slots you can configure which module is mounted on the
particular slot. Hardware Tags enables you to configure signals, measurements, commands and counters
items and connect it to the RTU hardware. In the right pane you will see selected branch items parameters.
Hardware configuration window
Figure 44.
Field name
ID
Description
RTU unique identification number.
Default value
1
Range of Values: 1 … 65535
Name
Name of RTU.
RTU
For example: “Substation 1”
Extended
Does RTU contain extension rack.
No
Event count
Number of event to keep in one file.
1000
Range of Values: 100 … 100000
History days
Number of days to keep files in history.
100
Range of Values: 1 … 1000
Max files size
Maximum log files size.
10
Range of Values: 1 … 100 Mb
UTC time stamp
Allows to choose the time stamp used in log files. No
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Values: No, Yes
4.9.1 Power supply
Power supply parameters
Figure 45.
Field name
Description
Default value
Installed
Power supply is installed in slot
Description
Free user description or comment
No
4.9.2 CPU
Figure 46.
Field name
CPU parameters
Description
CPU enabled
CPU enabled on system startup.
Description
Free user description or comments
Version
Hardware and software version of card
Barcode
Barcode of installed card.
Led Error1 Blink Led Error1 blink rate in 100 ms
rate
Default value
Yes
5
Range of Values: 1 … 254
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Led Error1 Blink Led Error1 blink rate in 100 ms, when there is no 255
rate (no CPU)
communication with CPU
Range of Values: 0 … 255
0 – means always OFF
Led Error2 Blink Led Error2 blink rate in 100 ms
rate
5
Range of Values: 1 … 254
Led Error2 Blink Led Error2 blink rate in 100 ms, when there is no 255
rate (no CPU)
communication with CPU
Range of Values: 0 … 255
0 – means always OFF
Led Run Blink Led Run blink rate in 100 ms, when there is no 0
rate (no CPU)
communication with CPU
Range of Values: 0 … 255
0 – means always OFF
Time out with Communication time out with CPU in 100 ms. 10
CPU
Time when no activity got from Main CPU.
Range of Values: 10 … 255
Watchdog relay Watchdog relay time out in seconds. Time when 20
time out
no activity got from Main CPU (Operating
system or Main program not running or loading).
Range of Values: 1 … 255
Watchdog COM COM communication ports will be disabled after 3000
ports
set time of milliseconds.
Range of Values: 0 … 65535
0 – communication ports will never be disabled.
4.9.3 Card Slots
Following figure shows Card Slots tree. Here you can assign hardware modules to the particular slot. The
type of the module is written on the top of the module front panel.
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RTU Slots tree
Figure 47.
Figure 48.
Field name
Slot number
Slot parameters pane
Description
Number of RTU slot. Only for internal use.
Default value
Depends on slot number.
For example: 10 … 21
Card enabled
Card is enabled
Yes
Card Type
Choose type of module.
Empty
Values:
DI-31 Digital Input,
DO-31 Digital Output,
AI-31 Analog Input,
ST-61 Fiber optics
Description
Description of card
Version
Hardware and software version of card
Barcode
Barcode of installed card.
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LED brightness
Enables to configure LED brightness on
100
particular module.
Range of Values: 0 … 100 %
4.9.4 Hardware items parameters
4.9.4.1 Digital input
Digital Input parameters
Figure 49.
Field name
Description
Default value
Digital input
Number of digital input. Only for internal use.
Depends on digital input
number
For example: 1 … 24
Debouncing
Debouncing checking time in milliseconds. If
check time
the value is 0, then debouncing filter is not used.
5
Range of Values: 0 … 255 ms
Filtering time
Filter checking time in milliseconds. If value is 0, 1
then filtering is not used.
Range of Values: 0 … 255 ms
Toggling end
Time delay after which no changes are detecting. 1
time
Range of Values: 0 … 60 s
Toggling time
Toggling checking time. If value is 0, then 1
toggling is not used.
Range of Values: 0 … 60 s
Transition
Transition count in toggling time to set quality of 8
number
binary input to Not Topical.
Range of Values: 2 … 60
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4.9.4.2 Digital output
Figure 50.
Field name
Digital outputs parameters
Description
Digital output
Number of digital output. Only for internal use.
number
For example: 1 … 24
Default value
Depends on digital output
4.9.4.3 Analog input
Figure 51.
Field name
Analog input parameters
Description
Default value
Analog input
Number of analog input. Only for internal use.
Depends on analog input
number
For example: 1 … 12
Analog input
Configuration allows you to set the analog input
type
type to the measuring range.
Current 4 … 20 mA
Range of Values:
Current 0 … 1 mA
Current -1 … 1 mA
Current 0 … 5 mA
Current -5 … 5 mA
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Current 0 … 10 mA
Current -10 … 10 mA
Current 4 … 20 mA
Current 0 … 20 mA
Current -20 … 20 mA
Voltage -10 … 10 V
Voltage -5 … 5 V
Voltage -2,5 … 2,5 V
Voltage -1,25 … 1,25 V
Maximum value
Here the maximum raw value of analog input for 100
the conversation to normalized measured value.
Range of Values: -32767 … 32767
Minimum value
Here the minimum raw value of analog input for 0
the conversation to normalized measured value.
Range of Values: -32767 … 32767
4.9.4.4 Fiber optics
Figure 52.
Field name
Enabled
Fiber optics parameters
Description
Turn on or off fiber optic port.
Default value
Yes
Values: No, Yes
Light ON
Light on or off fiber optic port.
No
Values: No, Yes
Port Nr
Physical port number from the top.
Depends on IO Port number
Range of Values: 1 … 6
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4.9.5 Hardware Tags
Here you create Hardware tags, which you connect to hardware digital inputs, analog inputs, and command
outputs.
The following figure shows popup menu of hardware tags. With it you can create Hardware Tags tree. After
that you can create tags like single point status, double point status, multi point status, single commands,
double commands, multi point commands, measurements, and counter single, counter doubles.
Figure 53.
Popup menu of hardware tags.
4.9.5.1 Single point parameters
Figure 54.
Hardware Tags tree and single point signal parameters
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Field name
ID
Description
Default value
Identification number of hardware tag. Only for Depends on tag
internal use.
Range of Values: 1 … 65535
Name
Hardware tag name.
Item SPS1
For example: “IED fault”
Length: 1 … 255
DI input
Allows connecting hardware tag to binary input.
Not set
For example: Slot : 13 DI : 01
OFF delay
Delay on stable state after which the hardware tag 0
is set to OFF. (100 ms)
Range of Values: 0 … 1000
ON delay
Delay on stable state after which the hardware tag 0
is set to ON. (100 ms)
Range of Values: 0 … 1000
Time tagging
Type of tag timestamp. Event can be with start or Yes
start
end of filtering timestamp.
Values: Yes, No
Auto reset
Auto reset hardware tag from ON to OFF.
No
Values: No, Yes
Inverse
Invert of hardware tag.
No
Values: No, Yes
Tag Name
Hardware tag connection to Tag manager. Tag manager tag name.
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4.9.5.2 Double point parameters
Figure 55.
Hardware Tags tree and double point signal parameters
Field name
ID
Description
Default value
Identification number of hardware tag. Only for Depends on tag
internal use.
Range of Values: 1 … 65535
Name
Hardware tag name.
Item DPS1
For example: “Item DPS1”
Length: 1 … 255
DI input OFF
Allows connecting hardware tag to binary input.
Not set
For example: Slot : 13 DI : 04
DI input ON
Allows connecting hardware tag to binary input.
Not set
For example: Slot : 13 DI : 05
Intermediate
Delay on stable state after which the hardware tag 0
(00) delay
is set to Jammed (both inputs are not active). (100
ms)
Range of Values: 0 … 1000
OFF delay
Delay on stable state after which the hardware tag 0
is set to OFF. (100 ms)
Range of Values: 0 … 1000
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ON delay
Delay on stable state after which the hardware tag 0
is set to ON. (100 ms)
Range of Values: 0 … 1000
Indeterminate
Delay on stable state after which the hardware tag 0
(11) delay
is set to Undefined (both inputs are active). (100
ms)
Range of Values: 0 … 1000
Time tagging
Type of tag timestamp. Event can be with start or Yes
start
end of filtering timestamp.
Range of Values: Yes, No
Inverse
Invert of hardware tag.
No
Range of Values: Yes, No
Tag Name
Hardware tag connection to Tag manager. Tag manager tag name.
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4.9.5.3 Multipoint status
Figure 56.
Hardware Tags tree and double multipoint status parameters
Field name
ID
Description
Default value
Identification number of hardware tag. Only for Depends on tag
internal use.
Range of Values: 1 … 65535
Name
Hardware tag name.
Item MPS1
For example: “Item MPS1”
Length: 1 … 255
Type
Select type of multipoint status.
Binary
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Range of Values:
Binary,
BCD,
1 from N bits,
Gray
DI Input bit01
Allows connecting one of multipoint status item Not set
…
to binary input.
DI Input bit16
For example: Slot : 13 DI : 04
DI Sign
Allows connecting binary input used for Not set
multipoint status sign.
For example: Slot : 13 DI : 04
Stable delay
Delay on stable state before changing tags value 0
in 100 ms.
Range of Values: 0 … 1000
Time tagging
Type of tag timestamp. Event can be with start or Yes
start
end of filtering timestamp.
Range of Values: Yes, No
Offset
Offset value for conversion.
0
Range of Values: 0 … 100
Scale
Scale value for conversion.
1
Range of Values: 0 … 100
Tag Name
Hardware tag connection to Tag manager. Tag manager tag name.
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4.9.5.4 Single command parameters
Figure 57.
Hardware Tags tree and single command parameters
Field name
Long pulse
Description
Long pulse length in seconds.
Default value
1
Range of Values: 1 … 600
Short pulse
Short pulse length in 10 milliseconds.
10
Range of Values: 10 … 6000
Type
If command got with unknown or undefined type Pulse short
it will be overridden with this type of pulse.
Range of Values:
Pulse short,
Pulse long,
Persistent
ID
Identification number of hardware tag. Only for Depends on tag
internal use.
Range of Values: 1 … 65535
Name
Hardware tag name.
Item SPC1
For example: “Item SPC1”
Length: 1 … 255
DO output
Allows connecting hardware tag to digital output. Not set
For example: Slot : 11 DO : 01
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Inverse
Invert of hardware tag.
No
Range of Values: Yes, No
Tag Name
Hardware tag connection to Tag manager. Tag manager tag name.
4.9.5.5 Double command parameters
Figure 58.
Hardware Tags tree and double command parameters
Field name
Long pulse
Description
Long pulse length in seconds.
Default value
1
Range of Values: 1 … 600
Short pulse
Short pulse length in 10 milliseconds.
10
Range of Values: 10 … 6000
Type
If command got with unknown or undefined type Pulse short
it will be overridden with this type of pulse.
Range of Values:
Pulse short,
Pulse long,
Persistent
ID
Identification number of hardware tag. Only for Depends on tag
internal use.
Range of Values: 1 … 65535
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Name
Hardware tag name.
Item DPC1
For example: “Item DPC1”
Length: 1 … 255
DO output OFF
Allows connecting hardware tag to digital output. Not set
For example: Slot : 11 DO : 04
DO output ON
Allows connecting hardware tag to digital output. Not set
For example: Slot : 11 DO : 05
Inverse
Invert of hardware tag.
No
Range of Values: Yes, No
Tag Name
Hardware tag connection to Tag manager. Tag manager tag name.
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4.9.5.6 Multipoint command
Figure 59.
Hardware Tags tree and multipoint command parameters
Field name
Long pulse
Description
Long pulse length in seconds.
Default value
1
Range of Values: 1 … 600
Short pulse
Short pulse length in 10 milliseconds.
10
Range of Values: 10 … 6000
Type
If command got with unknown or undefined type Pulse short
it will be overridden with this type of pulse.
Range of Values:
Pulse short,
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Pulse long,
Persistent
ID
Identification number of hardware tag. Only for Depends on tag
internal use.
Range of Values: 1 … 65535
Name
Hardware tag name.
Item MPC1
For example: “Item MPC1”
Length: 1 … 255
Type
Select type of multipoint command.
Binary
Range of Values:
Binary,
BCD,
1 from N bits,
Gray
DO Output bit01 Allows connecting one of multipoint command Not set
…
item to binary output.
DO Output bit16 For example: Slot : 13 DO : 04
Offset1
Offset value for conversion.
0
Range of Values: 0 … 100
Offset2
Offset value for conversion.
0
Range of Values: 0 … 100
Scale
Scale value for conversion.
1
Range of Values: 0 … 100
Tag Name
Hardware tag connection to Tag manager. Tag manager tag name.
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4.9.5.7 Measurement parameters
Figure 60.
Field name
ID
Hardware Tags tree and measurement parameters
Description
Default value
Identification number of hardware tag. Only for Depends on tag
internal use.
Range of Values: 1 … 65535
Name
Hardware tag name.
Item MV1
For example: “Voltage U1”
Length: 1 … 255
AI input
Allows connecting hardware tag to analog input.
Not set
For example: Slot : 15 AI : 01
Dead band type
Type of measurement dead band.
Simple
Range of Values:
Simple,
Integrated
Dead band value
Change of measurement is sent if the change is 0
more than this dead band value. If the value is 0,
then all changes are sent.
Range of Values: 0 … 32767
Zero suppression Set value to zero if it reaches below this value.
0
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Range of Values: 0 … 32767
Offset
Offset value for conversion.
0
Range of Values: 0 … 100
Scale
Scale value for conversion.
1
Range of Values: 0 … 100
Scale offset type
Type of conversion.
Linear
Range of Values:
Linear,
Quadratic
Tag Name
Hardware tag connection to Tag manager. Tag manager tag name.
4.9.5.8 Single counter parameters
Figure 61.
Field name
Auto reset
Hardware Tags tree and single counter parameters
Description
Automatically reset counter value after
Default value
Yes
accumulation period.
Values: Yes, No
Period
Period for which accumulation should be 1 hour
proceeded.
Range of values: 1 minute … 12 hours
Send type
Yes – counter value is sent only on period end.
Yes
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No – counter value is sent on period end and
every second.
Values: Yes, No
Valid delay
Stable ON delay before increasing tags value.
10
Range of Values: 0 … 1000 ms
ID
Identification number of hardware tag. Only for Depends on tag
internal use.
Range of Values: 1 … 65535
Name
Hardware tag name.
Item SCT1
For example: “Counter C1”
Length: 1 … 255
DI input
Allows connecting hardware tag to digital input.
Not set
For example: Slot : 12DI : 01
Tag Name
Hardware tag connection to Tag manager. Tag manager tag name.
4.9.5.9 Double counter parameters
Figure 62.
Field name
Auto reset
Hardware Tags tree and double counter parameters
Description
Automatically reset counter value after
Default value
Yes
accumulation period.
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Values: Yes, No
Invalid delay
Delay after which binary inputs not went to 5
normal state. Tags value is not increased.
Range of Values: 0 … 1000 ms
Period
Period for which accumulation should be 1 hour
proceeded.
Range of values: 1 minute … 12 hours
Send type
Yes – counter value is sent only on period end.
Yes
No – counter value is sent on period end and
every second.
Values: Yes, No
Valid delay
Stable ON delay before increasing tags value.
10
Range of Values: 0 … 1000 ms
ID
Identification number of hardware tag. Only for Depends on tag
internal use.
Range of Values: 1 … 65535
Name
Hardware tag name.
Item DCT1
For example: “Counter C1”
Length: 1 … 255
DI input OFF
Allows connecting hardware tag to digital input. Not set
DI input used for OFF counting.
For example: Slot : 12DI : 01
DI input ON
Allows connecting hardware tag to digital input. Not set
DI input used for ON counting.
For example: Slot : 12DI : 01
Tag Name
Hardware tag connection to Tag manager. Tag manager tag name.
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4.10
Master protocols
4.10.1 IEC 60870-5-103 configuration
4.10.1.1 Communication port parameters
Field name
Description
ID
For internal use.
Port name
Name of the port and protocol.
Default value
New IEC-103 master protocol
For example: “COM1 IEC103 master protocol”
Enabled on start
Port enabled on system startup.
No
Values: No, Yes
Com port
Communication port number.
Not assigned
Range of values: 1 … 255
Baud rate
Serial port baud rate.
19200
Range of values: 110 … 921600
Data bits
Serial port data bits.
8
Values: 7,8 bits
Stop bits
Serial port stop bits.
1
Values: 1, 1.5, 2 bits
Parity
Serial port parity.
None
Values: None, Odd, Even, Mark, Space
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RS-485 Mode
If used two wires mirrored data check should be Four wire
used. If serial port is RS-232, parameter is not
important.
Range of values: Four wires, Two wires
Reconnect
How often try to reconnect to communication 10
port if there was error.
Range of values: 1 … 600 seconds
Next request
Wait time before sending next request
50
Range of values: 0 … 1000 ms
Port Monitor
Show port monitor on system startup.
No
Values: No, Yes
Log raw data
Log raw communication data.
Yes
Values: No, Yes
4.10.1.2 Data link layer parameters
Field name
Description
Default value
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ID
For internal use.
Data link name
Data link layer name.
New Data Link layer
For example: “Feeder 1”.
Enabled on start
Enables or disables data link on start.
Yes
Values: No, Yes
Data link
Data link address
1
address
Range of values: 1 … 254
Frame size
Maximum frame length
255
Range of values: 50 … 255 bytes
Broken link
Number of retries to determine if the connection
5
is broken.
Range of values: 1 … 10
Priority
Request data every cycle.
1
Range of values: 1 … 255
Class1 Count
How many times request the same data link
1
layer, if there is Class1 events. 0 – request until
no Class1 events or Class1 timer expires.
Range of values: 0 … 255
Class1 Time
How long request the same data link layer, if
0
there is Class1 events. 0 – time is not checked.
Range of values: 0 … 255000 ms
Reconnect
How often try to reconnect to communication 10
port if there was error.
Range of values: 1 … 600 seconds
Answer timeout
Wait timeout of response from controlled
500
device.
Range of values: 50 … 30000 milliseconds
Allow E5
Enables or disables E5 response from controlled
Yes
device.
Values: No, Yes
Use Status link
Enables or disables use Status of link frame
Yes
before Reset Link is sent.
Values: No, Yes
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User Data with
Sends User Data with confirmation request.
confirm
Values: No, Yes
Use CU
Enables to use Reset Communication Unit.
Yes
No
Values: No, Yes
Use CU timeout
Use Reset CU command if no link more than
0 – use always
this timeout. This parameter has no effect if
“Use CU” is disabled.
Range of values: 0 … 43200 minutes
Ignore DFC bit
Enables to ignore DFC bit.
Yes
Values: No, Yes
Log header
Log data link header.
Yes
Values: No, Yes
Log Answer
Log data link answer timeouts to system log.
Timeout
Values: Never, First time, Always.
First Time
4.10.1.3 Application layer parameters
Field name
ID
Description
Default value
For internal use.
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Application layer Application layer name.
New Application layer name
name
For example: “Feeder 1”.
Enabled on start
Enables or disables application layer on start.
No
Values: No, Yes
Common address Common address of data unit.
1
Range of values: 1 … 254
General
Cycle time of general interrogation to the
Interrogation
controlled device.
600
Range of values: 1 … 86400 seconds
Auto add
Automatically adds all data points received after
Yes
General Interrogation responses from controlled
device.
Values: No, Yes
Reconnect
How often try to connect to remote application.
600
Application is considered connected, on
received any application data from remote
device.
Range of values: 1 … 3600 seconds
Time
Cycle time of clock synchronization to the
synchronization
controlled device.
600
Range of values: 1 … 86400 seconds
Day of Week
In request with timestamp use Day of Week bit.
No
Values: No, Yes
Summer time
In request with timestamp use Summer time bit.
No
Values: No, Yes
Allow
Enables or disables clock synchronization.
synchronization
Values: No, Yes
UTC time
In requests and responses use UTC time.
Yes
Yes
Values: No, Yes
Generic
Generic data request refresh rate.
command
Range of values: 500 … 600000 ms
Log header
Log headers of frames in protocol log.
2000
Yes
Values: No, Yes
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LogIO
Log configured information objects to protocol
Yes
log.
Values: No, Yes
Log IO not
Log not configured points to protocol log.
configured
Values: No, Yes
No
4.10.1.4 Points
Application layer has Points branch. You can manage here signals, measurements from controlled device
and commands to controlled device. You can add points manually or use the function Auto add in the
application layer, which will add all data points to the list. You must add commands manually anyway,
hence commands doesn’t include in General Interrogation. Following figure shows points popup menu,
which you can run with right mouse button. You can Add status point, Edit status point, Delete status point,
Select All status points or commands. Also you can Connect or Remove connection to the Tag. You can
Remove connection to source also from Tag Manager. All menu items have keyboard shortcuts. They will
simplify and quicken the work with the software.
Figure 63.
Points popup menu
Following figure shows Add new data points dialog window. The parameters which you can specify on
IEC 60870-5-103 protocol are proposed in the next table.
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Figure 64.
Field name
IEC Type
Add new data points
Description
Default value
IEC 60870-5-103 data type.
Time Tagged Message (Type 1
Values:
and Type 2)
Time Tagged Message (Type 1 and Type 2),
Measurement (Type 3 and Type 9),
Measurement (Type 4),
Time Tagged Message (Type 1 and Type 2)
Double (composed from two Time Tagged
Messages, both Time Tagged Messages should
be addressed in a row).
Function
Here, the function type of the employed
1
protection equipment can be defined: The
following paragraph lists the meaning of some
of the function types:
128: Distance protection
160: Overcurrent time protection
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176: Transformer - differential protection
192: Line differential protection
254: Generic function type
255: Global function type
For a complete list of all function types, please
refer to the IEC 60870-5-103 norm.
Range of values: 0...255
Function
Used only for configuration. After adding new
Increment
status point function will be automatically
0
incremented by set value.
Information
Here, the information number can be specified.
1
Ranges for information numbers in monitoring
direction:
0...15 System functions
16...31 Status
32...47 Monitoring
48...63 Earth faults
64...127 Short circuits
128...143 Automatic reclosing
144...159 Measured values
240...255 Generic functions
Ranges for information numbers in control
direction:
0...15 System functions
16....31 General commands
240...255 Generic functions
For a complete list of all information numbers,
please refer to the IEC 60870-5-103 norm.
Range of values: 0 … 255
Information
Used only for configuration. After adding new
Increment
status point function will be automatically
1
incremented by set value.
Index
Parameter is relevant only with IEC Type
1
Measurement (Type 3 and Type 9).
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Range of values: 0 … 255
Timer 00
This parameter is relevant only if IEC Type is
0
Time Tagged Message (Type 1 and Type 2)
Double. If received value is intermediate and
timer is set to not zero, it will be delayed for set
time and if some data change occurs it will be
ignored.
Range of values: 0 … 3600 seconds, 0 – not
used
Timer OFF
This parameter is relevant only if IEC Type is
0
Time Tagged Message (Type 1 and Type 2)
Double. If received value is OFF and timer is set
to not zero, it will be delayed for set time and if
some data change occurs it will be ignored.
Range of values: 0 … 3600 seconds, 0 – not
used
Timer ON
This parameter is relevant only if IEC Type is
0
Time Tagged Message (Type 1 and Type 2)
Double. If received value is ON and timer is set
to not zero, it will be delayed for set time and if
some data change occurs it will be ignored.
Range of values: 0 … 3600 seconds, 0 – not
used
Timer 11
This parameter is relevant only if IEC Type is
0
Time Tagged Message (Type 1 and Type 2)
Double. If received value is indeterminate and
timer is set to not zero, it will be delayed for set
time and if some data change occurs it will be
ignored.
Range of values: 0 … 3600 seconds, 0 – not
used
Change to SP
IEC-60870-5-103 protocol all status signals are
Unchecked
double points. If you want to use single point
signal in upper direction (IEC 60870-5-101 or
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IEC 60870-5-103 slave protocols), you must
check this checkbox.
Values: Checked, Unchecked
Auto reset
IEC 60870-5-103 data Type 2 are transient
Unchecked
signals, which means that slave device transmits
only start of signal, but never transmits the end
of it. In this case you must check this checkbox.
Values: Checked, Unchecked
Invert
Inversion of signals Type 1 and Type 2.
Unchecked
Values: Checked, Unchecked
Offset 1
New value = (Old value + Offset1) * Scale + 0
Scale
Offset2
1
Offset 2
0
Following three figures shows the list of data points and commands. You can use double click to edit data
or command point. You can also select many points and then edit it with keyboard shortcut Ctrl+E.
Figure 65.
List of status points
Columns between Function type and Offset 2 are status point configuration parameters. Value, Time,
Quality, Cause will show real-time data from controlled device.
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Figure 66.
Field name
IEC Type
Create new command point window
Description
IEC 60870-5-103 data type.
Default value
General Command
Values:
General Command
General Command Double (composed from to
General Commands which is addressed in a
row)
Function
Here, the function type of the employed
1
protection equipment can be defined: The
following paragraph lists the meaning of some
of the function types:
For a complete list of all function types, please
refer to the IEC 60870-5-103 norm.
Range of values: 0...255
Function
Used only for configuration. After adding new
Increment
command, function will be automatically
0
incremented by set value.
Information
Here, the information number can be specified.
1
Ranges for information numbers in monitoring
direction:
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Range of values: 0 … 255
Information
Used only for configuration. After adding new
Increment
command, function will be automatically
1
incremented by set value.
Offset 1
New value = (Old value + Offset1) * Scale + 0
Scale
Offset2
1
Offset 2
Invert
0
Inversion of signals Type 1 and Type 2.
Unchecked
Values: Checked, Unchecked
Figure 67.
List of commands
In the Command points window Value, Time will show last transmitted command data. Result will show
response from controlled device.
4.10.1.5 Measured information coefficient calculation
Sometimes it is hard to understand how Scale parameter is calculated to get real value of measurement.
Most of relays for measurement transmission use coefficients – 1.2 or 2.4 (It is according to IEC-60870103 standard). We will name it COF.
According IEC-60870-103 standard measurements are transmitted in range from -4096 to 4096.
ScaleI=Inom* COF/4096;
ScaleU=Unom* COF/4096;
ScaleUL=Unom* COF*√3/4096;
ScaleP= Inom*Unom* COF*√3/4096;
ScaleQ= Inom*Unom* COF*√3/4096;
Remember if you use kilovolts in equations, so for power you will get kilowatts and so on.
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4.10.2 IEC 60870-5-101 configuration
4.10.2.1 Communication port parameters
Field name
Description
ID
For internal use.
Port name
Name of the port and protocol.
Default value
New IEC-101 master protocol
For example: “COM2 IEC-101 master protocol”
Enabled on start
Port enabled on system startup.
No
Values: No, Yes
Com port
Communication port number.
Not assigned
Range of values: 1 … 255
Baud rate
Serial port baud rate.
38400
Range of values: 110 … 921600
Data bits
Serial port data bits.
Values: 7, 8
Stop bits
Serial port stop bits.
1
Values: 1, 1.5, 2
Parity
Serial port parity.
None
Values: None, Odd, Even, Mark, Space
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RS-485 Mode
If used two wires mirrored data check should be Four wire
used. If serial port is RS-232, parameter is not
important.
Range of values: Four wires, Two wires
Reconnect
How often try to connect to communication port 10
if there was error.
Range of values: 1 … 600 seconds
Next request
Wait time before sending next request
50
Range of values: 0 … 1000 ms
Data link
Data link layer address size in bytes.
address size
Range of values: 0 … 2 bytes
Port monitor
Show port monitor on system startup.
1
No
Values: No, Yes
Log raw data
Log raw communication data.
Yes
Values: No, Yes
4.10.2.2 Data link layer parameters
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Field name
Description
ID
For internal use.
Data link name
Data link layer name.
Default value
New Data Link layer
For example: “Measurements data controller”.
Enabled on start
Enables or disables data link on start.
No
Values: No, Yes
Data link
Data link address
address
Range of values:
1
1 … 65534 (if Data link addr. length is set to 2),
1 … 254 (if Data link address length is set to 1),
If Data link address length is set to 0, this
parameter is not used.
COT size
Cause of transmission size
1
Range of values: 1 … 2 bytes
CAA size
Common address size
2
Range of values: 1 … 2 bytes
Frame size
Maximum frame length
255
Range of values: 50 … 255 bytes
Broken link
Number of retries to determine if the connection
5
is broken.
Range of values: 1 … 10
Priority
Request data every cycle.
1
Range of values: 1 … 255
Class1 Count
How many times request the same data link
1
layer, if there is Class1 events. 0 – request until
no Class1 events or Class1 timer expires.
Range of values: 0 … 255
Class1 Time
How long request the same data link layer, if
0
there is Class1 events. 0 – time is not checked.
Range of values: 0 … 255000 ms
Reconnect
How often try to reconnect to communication 10
port if there was error.
Range of values: 1 … 600 seconds
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Answer timeout
Wait timeout of response from controlled
500
device.
Range of values: 50 … 30000 milliseconds
Allow E5
Enables or disables E5 response from controlled
Yes
device.
Values: No, Yes
Use Status link
Enables or disables use Status of link frame
Yes
before Reset Link is sent.
Values: No, Yes
User Data with
Sends User Data with confirmation request.
confirm
Values: No, Yes
Log header
Log data link header.
Yes
Yes
Values: No, Yes
Log Answer
Log data link answer timeouts to system log.
Timeout
Values: Never, First time, Always.
First Time
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4.10.2.3 Application layer parameters
Field name
Description
ID
For internal use.
Application name
Application link layer name.
Default value
New Application Link layer
For example: “Measurements data controller”.
Enabled on start
Enables or disables application on start.
No
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Values: No, Yes
Common address
Common address of data unit.
1
Range of values: 1 … 254
Originator
Originator
0
Range of values: 0 … 255
Object address size
Size of information object address
3
Range of values: 1 … 3
Object address
Object address structure shows in what format
structure
information object address is entered in
Unstructured
configuration.
Range of values:
Unstructured,
Structured 8.8.8,
Structured 8.16,
Structured 16.8,
Structured 8.8
Auto add
Automatically adds all data points received after
Yes
General Interrogation to the controlled device.
Values: No, Yes
Allow same IOA
Allow to have same information object address
No
for status and command points.
Values: No, Yes
Cyclic start
Yes – next cyclic operation time is calculated at
Yes
the end of operation.
No – next cyclic operation time is calculated at
the start of operation.
Values: No, Yes
BO IOA Class1
Information object address of buffer overflow for
0 – not used
Class1.
Range of values: 0 - 16777215
BO IOA Class2
Information object address of buffer overflow for
0 – not used
Class2.
Range of values: 0 - 16777215
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Wait COT
Wait response of activation termination for set
termination
points.
Yes
Values: No, Yes
Use C_TA
Enables to use commands with timestamp.
No
Values: No, Yes
Timeout IC
Timeout for interrogation commands.
60
Range of values: 1 … 3600 seconds
Reconnect
If application layer is not connected how often to
10
send station interrogation command.
Range of values: 1 … 3600 seconds
Interrogation
Cycle time of General Interrogation to the 3600
general
controlled device.
Range of values: 1 … 86400 seconds
Interrogation group
Cycle time of Group Interrogation to the controlled 0 – disabled Group
1 … 16
device.
Interrogation
Range of values: 0 … 86400 seconds
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Field name
Timeout CI
Description
Default value
Timeout for Counter Interrogation requests.
60
Range of values: 0 … 3600 seconds
Counter
Cycle time of Counter Interrogation to the
0 – disabled Counter
Interrogation
controlled device.
Interrogation
general
Range of values: 0 … 86400 seconds
Counter
Cycle time of Counter Interrogation group to the
0 – disabled Counter
Interrogation group
controlled device.
Interrogation
1…4
Range of values: 0 … 86400 seconds
Timeout CS
Timeout for clock synchronization.
10
Range of values: 1 … 3600 seconds
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Allow
Enables or disables clock synchronization.
synchronization
Values: No, Yes
Clock
Cycle time of clock synchronization to the
synchronization
controlled device.
Yes
600
Range of values: 1 … 86400 seconds
UTC time
Enables to use UTC time in requests and
Yes
responses.
Values: No, Yes
Day of Week
In request with timestamp use Day of Week bit.
No
Values: No, Yes
Summer time
In request with timestamp use Summer time bit.
No
Values: No, Yes
Acquisition delay
Use acquisition delay before sending clock
No
synchronization (C_CD_NA_1).
Values: No, Yes
Timeout CD
Timeout for delay acquisition.
10
Range of values: 1 … 3600 seconds
Use for test
Use test frame format C_TS_TA_1.
Yes
C_TS_TA_1
Values: No, Yes
Test
Cycle time of test frame. This parameter is not
0 - disabled
used, when Is test frame used are set to No.
Range of values: 1 … 86400 seconds
FBP
Fixed test bit pattern
21930
Range of values: 0 … 32768
Timeout TC
Timeout for test command.
10
Range of values: 1 … 3600 seconds
Timeout RP
Timeout for reset process.
10
Range of values: 1 … 3600 seconds
Enabled
Enables file transfer function.
No
Values: No, Yes
Dir on connect
Request directory after connection starts.
Yes
Values: No, Yes
Receive files
After receive list of files, download all files from
No
controlled device.
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Values: No, Yes
Segment size
Segment size to use in file transfer. 0 – segment
0
size is calculated from max frame length. If
segment size plus headers is more than max
frame length, segment size will be calculated
from max frame length.
Range of values: 0 … 255 bytes
Log header
Log application layer header.
Yes
Values: No, Yes
Log IO
Log information objects.
Yes
Values: No, Yes
Log IO not
Log not configured information objects.
configured
Values: No, Yes
Yes
4.10.2.4 Points
Following figure shows data points of IEC 60870-5-101 protocol.
Figure 68.
Figure 69.
IEC 60870-5-101 status points table
IEC 60870-5-101 command points table
Following figure shows Add new data points IEC 60870-5-101 protocol. You can use very useful function
Auto increment by 1. For example, you need to configure some points with information addresses in interval
1001 and 1010. You can configure first point with 1001 address and then check the checkbox Auto
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increment by 1. Then you can click Add button and in this case it will not close the dialog, but automatically
configure information address with 1002. So you will get 10 points with only 10 mouse clicks.
Add new data point IEC 60870-5-101
Figure 70.
Field name
Description
Information
Here, the information address can be specified.
address
Range of information address depends from
Default value
1
Application layer parameter Information object
address length.
Range of values: 0 … 16777215
IEC Type
IEC 60870-5-101 data type.
Single Point
Values:
Single point
Double point
Step position
Bit string of 32 bits
Measured value, normalized value
Measured value, scaled value
Measured value, short floating point value
Calculations
Calculation of status item.
No conversion
New Value =
(Old value + Offset1) * Scale + Offset2
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Invert
Inversion of signals Type 1 and Type 2.
No
Values: No, Yes
Add new command points IEC 60870-5-101
Figure 71.
Field name
Description
Information
Here, the information address can be specified.
address
Range of information address depends from
Default value
1
Application layer parameter Information object
address length.
Range of values: 0 … 16777215
IEC Type
IEC 60870-5-101 command type.
Single Command
Values:
Single command
Double command
Regulating step command
Setpoint normalized command
Setpoint scaled command
Setpoint short float command
Bitstring command
Calculations
Calculation of status item.
No conversion
New Value =
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(Old value + Offset1) * Scale + Offset2
Invert
Inversion of command.
No
Values: No, Yes
4.10.3 IEC 60870-5-104 configuration
4.10.3.1 Communication port parameters
Field name
Description
Default value
ID
Port name
Port name.
New IEC-104 master protocol
For example: “IEC-104 master 172.29.37.113”.
Enabled on start
Enables or disables communication port on start. No
Values: No, Yes
Ethernet port
Which Ethernet port to use for connection to All ETH
server.
Values: All ETH, ETH 1, ETH 2, ETH 3.
Server name or
Name or IPv4 address of the host.
127.0.0.1
TCP port.
2404
IP
TCP port
Range of values: 1 … 65535
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Redundancy
Enables or disables redundant communication.
No
enabled
Values: No, Yes
Ethernet port
Redundant Ethernet port to use for connection to All ETH
server.
Values: All ETH, ETH 1, ETH 2, ETH 3.
Server name or Name or IPv4 address of the redundant host.
IP
TCP port
Redundant TCP port.
Range of values: 1 … 65535
TCP Keep Alive
TCP Keep Alive. Do not set low values, because 0 - disabled
it will add overhead to communication.
Range of values: 0 … 2147483647 milliseconds
TCP No delay
TCP No delay disables the Nagle Algorithm.
Yes
Values: No, Yes
Connect
Timeout
Reconnect
If the connection is broken, cycle time of 10
reconnection.
Range of values: 1...600 seconds
Next request
Wait time before sending next request
50
Range of values: 0 … 1000 ms
Port monitor
Show port monitor on system startup.
No
Values: No, Yes
Log raw data
Log raw communication data.
Yes
Values: No, Yes
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4.10.3.2 Data layer parameters
Field name
Description
Default value
Data link name.
New Data link
ID
Data link name
For example: “Data link”.
Enabled on start
Enables or disables communication port on start. No
Values: No, Yes
T1
Acknowledgement time-out 1
15
Range of values: 1...600 seconds
T2
Acknowledgement time-out 2
10
Range of values: 1...600 seconds
T3
Connection test timeout
20
Range of values: 1...600 seconds
k
Maximum
number
of
unacknowledgments 12
ADPUs
Range of values: 1...32,767
w
Maximum number of received ADPUs for 8
acknowledgments
Range of values: 1...32,767
No frame I
Change behavior of I frame.
Not used
Values: Not used, Send STOP DT, Disconnect.
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No frame I
Timeout of I frame
60
timeout
Range of values: 1...600 seconds
Common
Common address size
address size
Range of values: 1 … 2 bytes
Cause of
Cause of transmission size
2
2
transmission size Range of values: 1 … 2 bytes
Frame size
Maximum frame size. All start, stop, checksum 255
and other bytes are included.
Range of values: 50 … 255 bytes
Log APCI
Log Application Protocol Control Information.
Yes
Values: No, Yes
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4.10.3.3 Application layer parameters
Field name
Description
ID
For internal use.
Application name
Application layer name.
Default value
New Application link layer
For example: “Other RTU”.
Enabled on start
Enables or disables application on start.
No
Values: No, Yes
Common address
Common address of data unit.
1
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Range of values: 1 … 254
Originator
Originator
0
Range of values: 0 … 255
Object address size
Size of information object address
3
Range of values: 1 … 3
Object address
Object address structure shows in what format
structure
information object address is entered in
Unstructured
configuration.
Range of values:
Unstructured,
Structured 8.8.8,
Structured 8.16,
Structured 16.8,
Structured 8.8
Auto add
Automatically adds all data points received after
Yes
General Interrogation to the controlled device.
Values: No, Yes
Allow same IOA
Allow to have same information object address
No
for status and command points.
Values: No, Yes
Cyclic start
Yes – next cyclic operation time is calculated at
Yes
the end of operation.
No – next cyclic operation time is calculated at
the start of operation.
Values: No, Yes
BO IOA
Information object address of buffer overflow.
0 – not used
Range of values: 0 - 16777215
Wait COT
Wait response of activation termination for set
termination
points.
Yes
Values: No, Yes
Use C_TA
Enables to use commands with timestamp.
No
Values: No, Yes
Timeout IC
Timeout for interrogation commands.
60
Range of values: 1 … 3600 seconds
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Reconnect
If application layer is not connected how often to
10
send station interrogation command.
Range of values: 1 … 3600 seconds
Interrogation
Cycle time of General Interrogation to the 3600
general
controlled device.
Range of values: 1 … 86400 seconds
Interrogation group
Cycle time of Group Interrogation to the controlled 0 – disabled Group
1 … 16
device.
Interrogation
Range of values: 0 … 86400 seconds
Field name
Timeout CI
Description
Timeout for Counter Interrogation requests.
Default value
60
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Range of values: 0 … 3600 seconds
Counter
Cycle time of Counter Interrogation to the
0 – disabled Counter
Interrogation
controlled device.
Interrogation
general
Range of values: 0 … 86400 seconds
Counter
Cycle time of Counter Interrogation group to the
0 – disabled Counter
Interrogation group
controlled device.
Interrogation
1…4
Range of values: 0 … 86400 seconds
Timeout CS
Timeout for clock synchronization.
10
Range of values: 1 … 3600 seconds
Allow
Enables or disables clock synchronization.
synchronization
Values: No, Yes
Clock
Cycle time of clock synchronization to the
synchronization
controlled device.
Yes
600
Range of values: 1 … 86400 seconds
UTC time
Enables to use UTC time in requests and
Yes
responses.
Values: No, Yes
Day of Week
In request with timestamp use Day of Week bit.
No
Values: No, Yes
Summer time
In request with timestamp use Summer time bit.
No
Values: No, Yes
Acquisition delay
Use acquisition delay before sending clock
No
synchronization (C_CD_NA_1).
Values: No, Yes
Timeout CD
Timeout for delay acquisition.
10
Range of values: 1 … 3600 seconds
Use for test
Use test frame format C_TS_TA_1.
Yes
C_TS_TA_1
Values: No, Yes
Test
Cycle time of test frame. This parameter is not
0 - disabled
used, when Is test frame used are set to No.
Range of values: 1 … 86400 seconds
FBP
Fixed test bit pattern
21930
Range of values: 0 … 32768
Timeout TC
Timeout for test command.
10
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Range of values: 1 … 3600 seconds
Timeout RP
Timeout for reset process.
10
Range of values: 1 … 3600 seconds
Enabled
Enables file transfer function.
No
Values: No, Yes
Dir on connect
Request directory after connection starts.
Yes
Values: No, Yes
Receive files
After receive list of files, download all files from
No
controlled device.
Values: No, Yes
Segment size
Segment size to use in file transfer. 0 – segment
0
size is calculated from max frame length. If
segment size plus headers is more than max
frame length, segment size will be calculated
from max frame length.
Range of values: 0 … 255 bytes
Log header
Log application layer header.
Yes
Values: No, Yes
Log IO
Log information objects.
Yes
Values: No, Yes
Log IO not
Log not configured information objects.
configured
Values: No, Yes
Yes
4.10.3.4 Points
Figure 72.
Status points
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Figure 73.
Command points
Configuration of IEC 60870-5-104 protocol data and command points are the same like of IEC 60870-5101 protocol. Refer to the paragraph above.
4.10.4 IEC 61850 client
Enilit RTU supports also IEC 61850 client protocol. You can connect IED devices via 61850 protocol
standard. The main requirement is that you will need SCD (Substation Configuration Description) file
extracted from IED device configuration software. SCD file is part of Substation Configuration Language
(SCL).
4.10.4.1 Communication port
Field name
Description
ID
For internal use.
Port name
IEC 61850 port name.
Default value
New IEC 61850 client protocol
For example: “IEC-61850 client protocol”.
Enabled on start
Enables or disables port on start.
No
Values: No, Yes
Ethernet port
Which Ethernet port to use for connection to All ETH
server.
Values: All ETH, ETH 1, ETH 2, ETH 3.
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SCD file
SCD file of substation. You can browse the file
with Open file dialog button
.
Values: File name and path.
SCD
Enilit CMS saves the file in Projects SCD folder.
When you select SCD file, the main parameters like IP address, Gateway, Subnet mask are taken from SCD
file automatically. You should see following figure with your IEDs.
Figure 74.
Imported IED devices from SCD file
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IEC 61850 IED device parameters window
Figure 75.
Field name
Description
Default value
ID
For internal use.
Read only
Name
Name of IED.
After import from SCD file
name will be concatenated from
IED Name and AP Name
Enabled on start
IED is enabled on system startup.
No
Values: No, Yes
IED Name
IED name in SCD file.
AP Name
Access point name in SCD file.
IP
IP address of IED in SCD file.
TCP Keep Alive
TCP Keep Alive. Do not set low values, because 0 - disabled
Read only
it will add overhead to communication.
Range of values: 0 … 2147483647 milliseconds
TCP No delay
TCP No delay disables the Nagle Algorithm.
Yes
Values: No, Yes
Log SCSM
Log SCSM communication.
Yes
Values: No, Yes
Log SCSM TX
Log SCSM requests.
Yes
Values: No, Yes
Log SCSM RX
Log SCSM responses.
Yes
Values: No, Yes
GetDataValues
Enables log GetDataValues requests and
Yes
responses.
Values: No, Yes
Only needed data Start only buffered and unbuffered reports which No
contains needed data.
Values: No, Yes
BRCB No Data
Print error in system log, if for buffered report Yes
Set
control block dataset is not set.
Values: No, Yes
URCB No Data
Print error in system log, if for unbuffered report Yes
Set
control block dataset is not set.
Values: No, Yes
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Synchrocheck
Set synchrocheck bit in command to YES.
No
Values: No, Yes
Interlock
Set interlock bit in command to YES.
No
Values: No, Yes
Operate Term
Wait for command termination, in case of Yes
negative operate response.
Values: No, Yes
Cancel Term
Wait for command termination, in case of No
negative cancel response.
Values: No, Yes
4.10.4.2 Points
Figure 76.
Points window IEC 61850
Following figure shows add data point popup menu. With it you can Browse ICD, Add data point, Edit data
point, Delete data point, Select All data points and Remove connection to Tag, Import and Export points.
Figure 77.
Data points popup menu IEC 61850
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If you select from the above menu Browse ICD file, following ICD file window will open. There you can
choose which data point to add to the data points list. This is an automated way to create data points IEC
61850. Browse data point you needed and double click to add it to the points list.
Figure 78.
Add new data points from IEC 61850 ICD file
If you choose to Add new data points manually, you will see following dialog box. You must enter
information like Logical device, Logical node, Data object, Functional constraint, Data attribute, Time
attribute, Quality attribute, Invert and Value variables.
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Add new data points manually IEC 61850
Figure 79.
Field name
LDevice
Description
Default value
Logical device name of IEC 61850 structure.
For example: “System”
LNode
Logical device node of IEC 61850 structure.
Each logical device contains one or more logical
nodes. A logical node is a named grouping of
data and associated services that is logically
related to some power system function.
For example: “LLN0”
DATA
Data object name of IEC 61850 structure. Each
logical node contains one or more elements of
Data. Each element of data has a unique name.
These Data Names are determined by the
standard and are functionally related to the
power system purpose.
For example: “DPC”
FC
Functional constraints for status (ST) attributes,
ST
substituted value (SV) attributes, description
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(DC) attributes, measurement attributes (MX),
and extended definition (EX) attributes
Values: MX, ST
DA Value
Data attribute for Value.
For example: “stVal”
DA Time
Data attribute for Time.
DA Quality
Data attribute for Quality.
Calculations
Calculation of status item.
No conversion
New Value =
(Old value + Offset1) * Scale + Offset2
Invert
Inversion of command.
No
Values: No, Yes
Following figure shows manual creation of new command points for IEC 61850 protocol.
Figure 80.
Field name
LDevice
Add new command points manually IEC 61850
Description
Default value
Logical device name of IEC 61850 structure.
For example: “System”
LNode
Logical device node of IEC 61850 structure.
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Each logical device contains one or more logical
nodes. A logical node is a named grouping of
data and associated services that is logically
related to some power system function.
For example: “LLN0”
DATA
Data object name of IEC 61850 structure. Each
logical node contains one or more elements of
Data. Each element of data has a unique name.
These Data Names are determined by the
standard and are functionally related to the
power system purpose.
For example: “DPC”
FC
Functional constraints for status (ST) attributes,
ST
substituted value (SV) attributes, description
(DC) attributes, measurement attributes (MX),
and extended definition (EX) attributes
Values: MX, ST
DA Value
Data attribute for Value.
For example: “stVal”
Calculations
Calculation of status item.
No conversion
New Value =
(Old value + Offset1) * Scale + Offset2
Invert
Inversion of command.
No
Values: No, Yes
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4.10.5 Modbus RTU/ASCII
4.10.5.1 Communication port parameters
Field name
Port name
Enabled on start
Description
Default value
Name of the port and protocol.
New Modbus RTU/ASCII
For example: “COM1 Modbus master”
master protocol
Port enabled on system startup.
No
Values: No, Yes
Protocol type
Enables to select protocol version.
RTU
Values: RTU/ASCII
Polling type
“One by one” means first polling all data from Cyclic
first device, then second and so on.
“Cyclic” means sending first request to first
device, second request to second device and so
on.
Values: Cyclic, One by one
Com port
Communication port number.
Not assigned
Range of values: COM 1 … 255
Baud rate
Serial port baud rate.
19200
Range of values: 110 … 921600
Data bits
Serial port data bits.
8
Values: 7,8
Stop bits
Serial port stop bits.
1
Values: 1, 1.5, 2
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Parity
Serial port parity.
Even
Values: None, Odd, Even, Mark, Space
RS-485 mode
If used two wires mirrored data check should be Four wires
used. If serial port is RS-232, parameter is not
important.
Values: Two wires, Four wires.
Next request
Wait time before sending next request.
10
Range of values: 0 … 1000 ms
Log raw data
Log raw communication data.
Yes
Values: No, Yes
4.10.5.2 Application layer parameters
Field name
Description
Default value
Application layer
Application layer name.
New Application layer name
name
For example: “Application layer”.
Enabled on start
Enables or disables application layer on start. No
Values: No, Yes
Device address
Device link address.
1
Range of values: 1 … 255
Max PDU Size
Maximum PDU size in bytes.
252
Range of values: 10 … 252
Pooling time
The time to pool the data.
5000
Range of values: 50 … 65535 ms
Response timeout
Time to wait response after request.
1000
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Range of values: 10 … 65535 ms
Broken link
Determine the connection as broken after so 3
many retries.
Range of values: 1 … 100
No link time
Request data every this time when connection 10000
is broken.
Range of values: 100 … 65535 ms
Log header
Enables to log headers in Port Monitor.
Yes
Values: No, Yes
Log values
Enables to log values in Port Monitor.
Yes
Values: No, Yes
4.10.5.3 Points
To add new data or command point to the points list you must call popup menu in the Points window. With
the following menu items you can Add, Edit or Delete data points, Select all or Remove connection to the
Tag manager. Import and Export functionality included also.
Figure 81.
Points window popup menu
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Add new data point window
Figure 82.
Field name
Address
Description
Default value
Here, the information address can be specified.
1
Range of values: 0 … 65535
Modbus type
Modbus data type.
Read coil
Values:
1. Read coil
2. Read discrete input
3. Read holding register
4. Read input register
Data subtype
Available only if Modbus type is Read holding
register or Read input register.
Available data subtypes:
16 bits unsigned (B1B2),
16 bits unsigned (B2B1),
16 bits signed (B1B2),
16 bits signed (B2B1),
32 bits unsigned in one register (B1B2B3B4),
32 bits unsigned in one register (B4B3B2B1),
32 bits signed in one register (B1B2B3B4),
32 bits signed in one register (B4B3B2B1),
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32 bits unsigned in two register (B1B2B3B4),
32 bits unsigned in two register (B4B3B2B1),
32 bits signed in two register (B1B2B3B4),
32 bits signed in two register (B4B3B2B1),
32 bits float in one register (B1B2B3B4),
32 bits float in one register (B4B3B2B1),
32 bits float in two register (B1B2B3B4),
32 bits float in two register (B4B3B2B1)
Invert
Inversion of command.
No
Values: No, Yes
Calculations
Calculation of status item.
No conversion
New Value =
(Old value + Offset1) * Scale + Offset2
Figure 83.
Data points window
Columns between Function and Offset 2 are data point configuration parameters. Value, Time, Quality will
show real-time data from controlled device.
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Add new command points window
Figure 84.
Field name
Address
Description
Default value
Here, the information address can be specified.
1
Range of values: 0 … 65535
Modbus type
Modbus data type.
Write single coil
Values:
1. Write single coil
2. Write single register
Data subtype
Available only if Modbus type is Write single
register.
Available data subtypes:
16 bits unsigned (B1B2),
16 bits unsigned (B2B1),
16 bits signed (B1B2),
16 bits signed (B2B1)
Calculations
Calculation of status item.
No conversion
New Value =
(Old value + Offset1) * Scale + Offset2
Invert
Inversion of command.
No
Values: No, Yes
Figure 85.
Commands window
In the Command points window Value, Time will show last transmitted command data. Result will show
response from controlled device.
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4.10.6 Modbus TCP client
4.10.6.1 Communication port parameters
Field name
Port name
Enabled on start
Description
Default value
Name of the port and protocol.
New
Modbus
For example: “TCP Modbus client”
protocol
Port enabled on system startup.
No
TCP
master
Values: No, Yes
Allow multiple
Allow multiple ADU in one TCP frame.
ADU
Values: No, Yes
Max ADU size
Maximum ADU size.
Yes
260
Range of values: 20 … 260 bytes
Max TCP RX
Maximum servers receive buffer size.
buffer
Range of values: 300 … 10000
Max TCP TX
Maximum clients transmit buffer size.
buffer
Range of values: 300 … 10000
Max transaction
Maximum transaction on the same time
1024
10224
16
Range of values: 1 … 16
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Ethernet port
Which Ethernet port to use for connection to
All ETH
server.
Values: All ETH, ETH 1, ETH 2, ETH 3.
Modbus Server
Server IP address.
127.0.0.1
Values: xxx.zzz.yyy.nnn
TCP/IP Port
TCP port for TCP/IP connection. Must be
502
the same port on the server side.
Values: 1 … 65535
Connect Timeout
TCP connect timeout.
3
Range of values: 1 … 60 seconds
Response timeout
Time to wait response after request.
1
Range of values: 0 … 65535 ms
TCP Keep Alive
Force TCP activity when idle to long. Do
1000
not set low values, because it will add
overhead to communication.
Range of values: 0 … 2147483647
TCP No delay
Enables or disables the Nagle algorithm.
Yes
Values: No, Yes
Next request
Time to wait before new request is
10
transmitted.
Range of values: 1 … 65535 ms
Log raw data
Enables to log raw data in Port Monitor.
Yes
Values: No, Yes
Log MBAP header
Enables to log Modbus application headers
Yes
in Port Monitor.
Values: No, Yes
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4.10.6.2 Application layer parameters
Field name
Appl Name
Description
Default value
Application layer name.
New Application layer
For example: “Application layer”.
Enabled on start
Enables or disables application layer on start. No
Values: No, Yes
Unit identifier
Slave Address (255 if not used)
1
Range of values: 0 … 255
Pooling time
The time to pool the data.
5000
Range of values: 50 … 65535 ms
Log header
Enables to log headers in Port Monitor.
Yes
Values: No, Yes
Log values
Enables to log values in Port Monitor.
Yes
Values: No, Yes
4.10.6.3 Points
Refer to the Modbus RTU/ASCII paragraph “Points”.
4.10.7 DNP3 serial master configuration
4.10.7.1 Communication port parameters
Field name
Baud rate
Description
Default value
Serial port baud rate.
38400
Range of values: 110 … 921600
Com port
Communication port number. For example with
1
default value will be used COM1.
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Range of values: 1 … 255
Data bits
Serial port data bits.
8
Values: 7,8
Parity
Serial port parity.
None
Values: None, Odd, Even, Mark, Space
Stop bits
Serial port stop bits.
1
Values: 1, 1.5, 2
Port enabled
Port enabled on system startup.
No
Values: No, Yes
Port name
Name of the port and protocol.
“New Communication Port”
For example: “COM1 DNP3 master”
4.10.7.2 Data link layer parameters
Field name
Master address
Description
RTU’s master address
Default value
1
Range of values: 0 … 65535 bytes
Slave address
IED slave address
2
Range of values: 0 … 65535 bytes
Answer timeout
Wait timeout of response from controlled
500
device.
Range of values: 50 … 30000 milliseconds
Broken link
Number of retries to determine if the connection
5
is broken.
Range of values: 1 … 10
No link cycle
This parameter is important if there is no link to
10
the controlled device. With default value it
sends requests every tenth cycle.
Range of values: 1 … 10
Ask data every
This parameter is important if you have more
1
than one controlled device on one
communication port. You can use it for raring
data requests to the desirable device.
Range of values: 1 … 10
Data link name
Data link layer name.
New Data Link layer
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For example: “Measurements data controller”.
Enabled on start
Enables or disables data link on start.
Yes
Values: No, Yes
4.10.7.3 Application layer parameters
Field name
Time UTC
Description
Use UTC time in communication.
Default value
Yes
Values: No, Yes
Time
Cycle time of clock synchronization to the
synchronization
controlled device.
600
Range of values: 1 … 86400 seconds
Use time
Enables or disables clock synchronization.
synchronization
Values: No, Yes
Application
DNP3 application layer answer timeout
timeout
Range of values: 0..255 seconds
Class 0 pooling
Period of class 0 data pooling
Yes
10 seconds
1800 seconds
0 – no pooling
Range of values: 0..3600 seconds
Application layer
Application layer name.
New Application layer name
name
For example: “Application layer”.
Enabled on start
Enables or disables application layer on start. Yes
Values: No, Yes
4.10.7.4 Points
Refer to the IEC-101 paragraph “Points”. (The configuration is very similar)
4.10.8 DNP3 UDP/TCP/IP client configuration
4.10.8.1 Communication port parameters
Field name
Port
Description
TCP port
Default value
2404
Range of values: 1 … 65535
Server
IPv4 address of the host.
127.0.0.1
Master address
RTU’s master address
1
Range of values: 0 … 65535 bytes
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Slave address
IED slave address
2
Range of values: 0 … 65535 bytes
Reconnect
If the connection is broken, cycle time of 10
reconnection.
Range of values: 1...600 seconds
T0
Connection timeout
30
Range of values: 1...600 seconds
UDP
Use UDP or TCP type
No
No – TCP
Yes - UDP
Port enabled
Enables or disables communication port on start. Yes
Values: No, Yes
Port name
Port name.
New communication port name
For example: “IEC-104 master 172.29.37.113”.
4.10.8.2 Application layer parameters
Field name
Time UTC
Description
Use UTC time in communication.
Default value
Yes
Values: No, Yes
Time
Cycle time of clock synchronization to the
synchronization
controlled device.
600
Range of values: 1 … 86400 seconds
Use time
Enables or disables clock synchronization.
synchronization
Values: No, Yes
Application
DNP3 application layer answer timeout
timeout
Range of values: 0..255 seconds
Class 0 pooling
Period of class 0 data pooling
Yes
10 seconds
1800 seconds
0 – no pooling
Range of values: 0..3600 seconds
Application layer
Application layer name.
name
For example: “Application layer”.
Enabled on start
Enables or disables application layer on start.
New Application layer name
Yes
Values: No, Yes
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4.10.8.3 Points
Refer to the IEC-101 paragraph “Points”. (The configuration is very similar)
4.10.9 Simulator master configuration
With simulator interface you can simulate data points to upper level protocols. It is very useful in testing
environment. You can use it to test SCADA system without IED devices.
4.10.9.1 Port parameters
Field name
Description
ID
For internal use only.
Port name
Simulator port name.
Default value
New Simulator master
For example: “Simulator”.
Enabled on start
Enables or disables port on start.
No
Values: No, Yes
Port monitor
Show port monitor on system startup.
No
Values: No, Yes
4.10.9.2 Points
Following figure shows Add new simulation point dialog window. You can specify some parameters like
Name, Value type, Change type, Min value, Max value, Step, Change every.
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Add new simulation point
Figure 86.
Field name
Name
Description
Name of status point.
Default value
Name
For example: “Data Point 1”.
Type
Type of data point.
Integer
Range of values: Integer, Float
Min value
Minimum value of simulation data point.
0
Range of values: 0 … 16777215
Max value
Maximum value of simulation data point.
1000
Range of values: 0 … 16777215
Step
Step size to change simulation data point between 1
Min and Max values
Range of values: 0 … 16777215
Change type
Data point simulation type.
Increment
Range of values:
Increment,
Decrement,
Random,
Manual.
Change every
Cycle time of data point change.
100
Range of values: 0 … 60000 milliseconds
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If you have configured manual data point change type, you can change data point manually by entering
Manual set value dialog from data point popup menu. Following figure shows this menu.
Figure 87.
Figure 88.
Simulator data point popup menu
Manual change type dialog
With manual change type you can simulate also Cause of transmission and Quality of data point.
Cause of transmission can be: Not defined, Initialize, Periodic, Background, Spontaneous, General
Interrogation, Requested, Control local, Control remote, Disconnected source, Disabled source, Deleted
source, Test mode, Calculated.
Quality values can be in the range: Not Init, Blocked, Not Topical, Invalid, Substituted, Overflow, Invalid
Time, Substituted time, Clock failure.
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4.10.10 RP-570 configuration
4.10.10.1
Communication port parameters
Field name
Baud rate
Description
Serial port baud rate.
Default value
19200
Range of values: 110 … 921600
Com port
Communication port number. For example with
1
default value will be used COM1.
Range of values: 1 … 255
Data bits
Serial port data bits.
8
Values: 7, 8 bits
Parity
Serial port parity.
None
Values: None, Odd, Even, Mark, Space
Stop bits
Serial port stop bits.
1
Values: 1, 1.5, 2 bits
Port enabled
Port enabled on system startup.
No
Values: No, Yes
Port name
Name of the port and protocol.
“New Communication Port”
For example: “COM1 RP-570 master”
4.10.10.2
Data link layer parameters
Field name
RTU Number
Description
RTU Number or address
Default value
1
Range of values: 1 … 254
Max frame size
Maximum frame length
255
Range of values: 50 … 255 bytes
Answer timeout
Wait timeout of response from controlled
500
device.
Range of values: 50 … 30000 milliseconds
Ask data every
This parameter is important if you have more
1
than one controlled device on one
communication port. You can use it for raring
data requests to the desirable device.
Range of values: 1 … 10
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Broken link
Number of retries to determine if the connection
5
is broken.
Range of values: 1 … 10
No link cycle
This parameter is important if there is no link to
10
the controlled device. With default value it
sends requests every tenth cycle.
Range of values: 1 … 10
Data link name
Data link layer name.
New Data Link layer
For example: “Feeder 1”.
Enabled on start
Enables or disables data link on start.
Yes
Values: No, Yes
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4.11
Slave protocols
4.11.1 IEC 60870-5-101 protocol configuration
4.11.1.1 Communication port parameters
Field name
Port Name
Enabled on start
Description
Default value
Name of the port and protocol.
“New
For example: “COM3 IEC-101 slave”
protocol”
Port enabled on system startup.
No
IEC_101
slave
Values: No, Yes
Init time
Protocol initialization time on startup. During this 0
time no events will be generated.
Range of values: 0 … 600 seconds
Com port
Communication port number.
Not assigned
Range of values: COM 1 … COM 255
Baud rate
Serial port baud rate.
19200
Range of values: 110 … 921600
Data bits
Serial port data bits.
8
Values: 7, 8
Stop bits
Serial port stop bits.
1
Values: 1, 1.5, 2
Parity
Serial port parity.
None
Values: None, Odd, Even, Mark, Space
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RS-485 Mode
If used two wires mirrored data check should be Four wires
used. If serial port is RS-232, parameter is not
important.
Values: Two wires, Four wires.
Link Address
Data link address size.
1
size
Range of values: 0 … 2 bytes
Max frame size
Maximum frame length
250
Range of values: 40 … 255 bytes
Log raw data
Log raw communication data.
Yes
Values: No, Yes
4.11.1.2 Data link layer parameters
Field name
Data Link Name
Description
Data link layer name.
Default value
New Data Link
For example: “Measurements data controller”.
Enabled on start
Enables or disables data link on start.
No
Values: No, Yes
Data link
Data link address
address
Range of values:
1
1 … 65534 (if Data link addr. length is set to 2),
1 … 254 (if Data link address length is set to 1),
If Data link address length is set to 0, this
parameter is not used.
COT size
Cause of transmission size.
1
Range of values: 1 … 2 bytes
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Common
Common address size.
2
address size
Range of values: 1 … 2 bytes
Ack E5
Enables or disables E5 response to controlling
Yes
device.
Values: No, Yes
Class1 answers
Enables or disables Class1 data response to
to Class2
Class2 requests.
Yes
Values: No, Yes
Disconnect time
If data link layer doesn’t get requests for more
10
than particular time, it will be considered as
disconnected.
Values: 0 … 60 seconds
Log
Log data link layers.
Yes
Values: No, Yes
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4.11.1.3 Application layer parameters
Field name
Appl Name
Description
Default value
Application layer name.
New application layer
For example: “SCADA 1”.
Enabled on start
Enables or disables data link on start.
No
Values: No, Yes
Common address
Common address of data unit.
1
Range of values: 1 … 254
Object address size
Size of information object address field.
3
Range of values: 1 … 3
Object address
Object address structure shows in what format
structure
information object address is entered in
Unstructured
configuration.
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Range of values: Unstructured,
Structured 8.8.8,Structured 8.16,
Structured 16.8,Structured 8.8
Max Frame size
Maximum frame size.
250
Range of values: 40 … 255
End of init
Enables or disables station initialization frame
Yes
transmission to controlled station.
Values: No, Yes
Interrogation
How to behave if received general interrogation
command response
command request, but general interrogation
No
already is going. No – general interrogation is
restarted.
Values: No, Yes
Commands Time
Time difference to discard command execution.
difference
Range of values: 10 … 10000 milliseconds
Allow
Allows clock synchronization from controlled
synchronization
station.
10000
No
Values: No, Yes
UTC
Time synchronization with UTC timestamp.
Yes
Values: No, Yes
Time difference
Time difference to synchronize internal RTU
1000
clock.
Range of values: 20 … 10000 milliseconds
Day of Week
In responses with timestamp use Day of Week
Yes
bit.
Values: No, Yes
Summer time
In responses with timestamp use Summer time
Yes
bit.
Values: No, Yes
Hour change
Transmit spontaneous clock synchronization
No
command on hour change. It is only used for
events with CP24Time2a timestamp.
Values: No, Yes
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Periodic
Cycle time of data marked with Cyclic/Periodic
10
COT.
Range of values: 10 … 10000 seconds
Background
Cycle time of data marked with Background
60
COT.
Range of values: 10 … 10000 seconds
Event buffer Class1 Spontaneous Events buffer of Class 1 size.
size
1000
Change has only take effect after system restart.
Range of values: 10 … 10000 events
Event buffer class1
If the buffer of class 1 events overflows, with
overflow
this parameter you can select which event to
Remove first
remove from queue.
Range of values:
Remove first,
Remove last,
Remove all.
Overflow IOA
Overflow information object address for Class1.
Class1
On buffer overflow this IOA will be set to 1 and
0 – not used
when there is free places in buffer it will be set to
0. When it changes to 0, controlling device
should initiate general interrogation.
Event buffer Class2 Spontaneous Events buffer of Class 2 size.
size
1000
Change has only take effect after system restart.
Range of values: 10 … 10000 events
Event buffer class2
If the buffer of class 2 events overflows, with
overflow
this parameter you can select which event to
Remove first
remove from queue.
Range of values:
Remove first,
Remove last,
Remove all.
Overflow IOA
Overflow information object address for Class2.
Class2
On buffer overflow this IOA will be set to 1 and
0 – not used
when there is free places in buffer it will be set to
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0. When it changes to 0, controlling device
should initiate general interrogation.
SQ
Use SQ bit. Recommended to use only if most
Yes
part of information object addresses are
incremented by one.
Values: No, Yes
Log DUI
Log data unit identifiers.
Yes
Values: No, Yes
Log IO
Log information objects.
Yes
Values: No, Yes
4.11.1.4 Points
Data points and command points in monitoring direction are freely configurable. All the configured data
and command points you will connect to the tag, which you have already connected to the data sources.
Figure 89.
Data points for IEC 60870-5-101 slave
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Figure 90.
Add new data points dialog for IEC 60870-5-101 slave
Field name
Address
Description
Default value
Here, the information address can be specified.
1
Range of information address depends from
Application layer parameter Information object
address length.
Range of values: 0 … 16777215
Address
After adding new data point address will be 1
Increment
automatically incremented by set value. It is used
only for configuration.
IEC Type
IEC 60870-5-101 data type.
Single Point
Values:
Single point
Double point
Step position
Bit string of 32 bits
Measured value, normalized value
Measured value, scaled value
Measured value, short floating point value
Time type
Timestamp of data point.
No time
Range of values:
No time,
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Short time (3 bytes)
Long time (7 bytes)
Interrogation
Assign data point to the specific interrogation
General
group.
Range of values:
General, Group1, Group2, Group3, Group4,
Group5, Group6, Group7, Group8, Group9,
Group10, Group11, Group12, Group13,
Group14, Group15, Group16.
On change
You can specify data point class or cause of
Class1 Event
transmission. If you choose to be Class1 Event
or Class2 Event, data point will be marked with
Spontaneous cause of transmission.
Range of values:
Class1 Event,
Class1 Event, not buffered when no link,
Class2 Event,
Class2 Event, not buffered when no link,
Send only on general interrogation request,
Periodic.
Value
Conversion of measurements.
No conversion
Value = ( X + a) * b + c
X – Value from slave device.
a, b, c – free configurable variables.
Invert
Inversion of signals Type 1 and Type 2.
No
Values: No, Yes
Figure 91.
Command points for IEC 60870-5-101 slave
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Figure 92.
Add new command points dialog for IEC 60870-5-101 slave
Field name
Description
Information
Here, the information address can be specified.
address
Range of information address depends from
Default value
1
Application layer parameter Information object
address length.
Range of values: 0 … 16777215
IEC Type
IEC 60870-5-101 command type.
Single Command
Values:
Single command
Double command
Regulating step command
Setpoint normalized command
Setpoint scaled command
Setpoint short float command
Bitstring command
Value
Conversion of commands.
No conversion
Value = ( X + a) * b + c
X – Value from slave device.
a, b, c – free configurable variables.
Invert
Inversion of commands.
No
Values: No, Yes
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You can select some data points and then press Ctrl+Shift+N to connect all selected data points to the tags
in a row. If tag icon is grayed out, it is not possible to connect to slave status point or command point. It
means if you have to choose Status point in slave protocol, it is possible to connect only to status tag. And
if you have to choose Command point in slave protocol, it is possible to connect only to command tag.
Figure 93.
Status point or command point connection to tag dialog box
4.11.2 IEC 60870-5-104 protocol configuration
4.11.2.1 Communication port parameters
Field name
Port Name
Description
Default value
Port name.
New IEC-104 slave protocol
For example: “IEC-104 slave”
Enabled on start
Enables or disables communication port on start.
Yes
Values: No, Yes
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Init time
Protocol initialization time on startup. During this 0
time no events will be generated
Range of values: 1 … 60
Ethernet port
Which Ethernet port to use to create server.
All ETH
Values: All ETH, ETH 1, ETH 2, ETH 3.
IP Port
TCP port
2404
Range of values: 1 … 65535
TCP Keep Alive
Checks the connected socket and determines 10000
whether the connection is still up and running or
if it has broken.
Range of values: 1 … 2147483647 milliseconds
0 – disabled.
TCP No delay
Controls TCP packet batching.
No
Values: No, Yes
Log RAW
Enables to log RAW.
Yes
Values: No, Yes
Log IP
Enables to log IP.
Yes
Values: No, Yes
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4.11.2.2 Client parameters
Field name
Client Name
Description
Client name.
Default value
New IEC104 client
For example: “IEC-104 client”
Enabled on start
Enables or disables client on start.
Yes
Values: No, Yes
T1
Acknowledgement time-out 1.
15
Range of values: 1...600 seconds
T2
Acknowledgement time-out 2.
10
Range of values: 1...600 seconds
T3
Connection test timeout.
30
Range of values: 1...600 seconds
k
Maximum number of unacknowledged I format
12
ADPU’s.
Range of values: 1...32,767
w
After how many I frame APDU’s
8
acknowledgment is needed.
Range of values: 1...32,767
Common
Common address size.
address size
Values: 1, 2
2
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Cause of
Cause of transmission size.
2
transmission size Values: 1, 2
IP 1 … IP 9
Access list of clients IPs.
127.0.0.1
Range of values: xxx.xxx.xxx.xxx
Log ACPI
Enables to log ACPI header values.
Yes
Values: No, Yes
4.11.2.3 Application layer parameters
Field name
Appl Name
Description
Application layer name.
Default value
New application layer
For example: “SCADA 1”.
Enabled on start
Enables or disables data link on start.
No
Values: No, Yes
Common address
Common address of data unit.
1
Range of values: 1 … 254
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Object address size
Size of information object address field
3
Range of values: 1 … 3
Object address
Object address structure shows in what format
structure
information object address is entered in
Unstructured
configuration.
Range of values: Unstructured,
Structured 8.8.8,Structured 8.16,
Structured 16.8,Structured 8.8
Max Frame size
Maximum frame size.
250
Range of values: 40 … 255
End of init
Enables or disables station initialization frame
Yes
transmission to controlled station.
Values: No, Yes
Interrogation
How to behave if received general interrogation
command response
command request, but general interrogation
No
already is going. No – general interrogation is
restarted.
Values: No, Yes
Commands Time
Time difference to discard command execution.
difference
Range of values: 10 … 10000 milliseconds
Allow
Allows clock synchronization from controlled
synchronization
station.
10000
No
Values: No, Yes
UTC
Time synchronization with UTC timestamp.
Yes
Values: No, Yes
Time difference
Time difference to synchronize internal RTU
1000
clock.
Range of values: 20 … 10000 milliseconds
Day of Week
In responses with timestamp use Day of Week
Yes
bit.
Values: No, Yes
Summer time
In responses with timestamp use Summer time
Yes
bit.
Values: No, Yes
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Hour change
Transmit spontaneous clock synchronization
No
command on hour change. It is only used for
events with CP24Time2a timestamp.
Values: No, Yes
Periodic
Cycle time of data marked with Cyclic/Periodic
10
COT.
Range of values: 10 … 10000 seconds
Background
Cycle time of data marked with Background
60
COT.
Range of values: 10 … 10000 seconds
Event buffer size
Spontaneous Events buffer size. Change has only 1000
take effect after system restart.
Range of values: 10 … 10000 events
Event buffer
If the buffer of events overflows, with this
Remove first
overflow
parameter you can select which event to remove
from queue.
Range of values: Remove first,
Remove last,
Remove all.
Overflow IOA
Overflow information object address. On buffer
0 – not used
overflow this IOA will be set to 1 and when there
is free places in buffer it will be set to 0. When it
changes to 0, controlling device should initiate
general interrogation.
SQ
Use SQ bit. Recommended to use only if most
Yes
part of information object addresses are
incremented by one.
Values: No, Yes
Log DUI
Log data unit identifiers.
Yes
Values: No, Yes
Log IO
Log information objects.
Yes
Values: No, Yes
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4.11.2.4 Points
Figure 94.
Figure 95.
Field name
Address
IEC-60870-5-104 status points window
Add new data points dialog for IEC 60870-5-104 slave
Description
Here, the information address can be specified.
Default value
1
Range of information address depends from
Application layer parameter Information object
address length.
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Range of values: 0 … 16777215
IEC Type
IEC 60870-5-104 data type.
Single Point
Values:
Single point
Double point
Step position
Bit string of 32 bits
Measured value, normalized value
Measured value, scaled value
Measured value, short floating point value
Time type
Timestamp of data point.
No time
Range of values:
No time,
Short time (3 bytes)
Long time (7 bytes)
Interrogation
Assign data point to the specific interrogation
General
group.
Range of values:
General, Group1, Group2, Group3, Group4,
Group5, Group6, Group7, Group8, Group9,
Group10, Group11, Group12, Group13,
Group14, Group15, Group16.
On change
You can specify data point class or cause of
Class1 Event
transmission. If you choose to be Class1 Event
or Class2 Event, data point will be marked with
Spontaneous cause of transmission.
Range of values:
Class1 Event,
Class2 Event,
Interrogation only,
Periodic cycle,
Background cycle.
Calculations
Calculation of status item.
No conversion
New Value =
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(Old value + Offset1) * Scale + Offset2
Invert
Inversion of signals Type 1 and Type 2.
No
Values: No, Yes
Command points for IEC 60870-5-104 slave
Figure 96.
Figure 97.
Add new command points dialog for IEC 60870-5-104 slave
Field name
Description
Information
Here, the information address can be specified.
address
Range of information address depends from
Default value
1
Application layer parameter Information object
address length.
Range of values: 0 … 16777215
IEC Type
IEC 60870-5-104 command type.
Single Command
Values:
Single command,
Double command,
Regulating step command,
Setpoint normalized command,
Setpoint scaled command,
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Setpoint short float command,
Bitstring command.
Calculations
Calculation of status item.
No conversion
New Value =
(Old value + Offset1) * Scale + Offset2
Invert
Inversion of signals Type 1 and Type 2.
No
Values: No, Yes
4.11.3 DNP3 serial slave configuration
4.11.3.1 Communication port parameters
Field name
Baud rate
Description
Serial port baud rate.
Default value
38400
Range of values: 110 … 921600
Com port
Communication port number. For example with
1
default value will be used COM1.
Range of values: 1 … 255
Data bits
Serial port data bits.
8
Values: 7, 8
Parity
Serial port parity.
None
Values: None, Odd, Even, Mark, Space
Stop bits
Serial port stop bits.
1
Values: 1, 1.5, 2
Port enabled
Port enabled on system startup.
No
Values: No, Yes
Port name
Name of the port and protocol.
“New Communication Port”
For example: “COM3 DNP3 slave”
4.11.3.2 Data link layer parameters
Field name
Master address
Description
RTU’s master address.
Default value
1
Range of values: 0 … 65535 bytes
Slave address
IED slave address.
2
Range of values: 0 … 65535 bytes
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Data link name
Data link layer name.
New Data Link layer
For example: “Measurements data controller”.
Enabled on start
Enables or disables data link on start.
Yes
Values: No, Yes
4.11.3.3 Application layer parameters
Field name
Description
Default value
On buffer class1
If the buffer of class 1 events overflows, with this
overflow
parameter you can select which event to remove
Remove first
from queue.
Range of values:
Remove first,
Remove last,
Remove all.
On buffer class2
If the buffer of class 2 events overflows, with this
overflow
parameter you can select which event to remove
Remove first
from queue.
Range of values:
Remove first,
Remove last,
Remove all.
On buffer class3
If the buffer of class 2 events overflows, with this
overflow
parameter you can select which event to remove
Remove first
from queue.
Range of values:
Remove first,
Remove last,
Remove all.
Allow one
Allow one command at the time.
No
command
Values: No, Yes
Allowed
Allows clock synchronization from controlled
synchronization
station.
Yes
Values: No, Yes
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Time difference in
Time difference to synchronize internal RTU
milliseconds
clock.
1000
Range of values: 20 … 10000 milliseconds
UTC
Time synchronization with UTC timestamp.
No
Values: No, Yes
Spontaneous
Spontaneous messages enabled.
No
Values: No, Yes
Spontaneous Class
Spontaneous Class messages class.
Class 1
Range of values:
None
Class 1
Class 2
Class 1&2
Class 3
Class 1 & 3
Class 2 & 3
Class 1 & 2 & 3
4.11.3.4 Points
Refer to the IEC-101 paragraph “Points”. (The configuration is very similar)
4.11.4 DNP3 UDP/TCP/IP server configuration
4.11.4.1 Communication port parameters
Field name
Ethernet port
Description
Default value
Which Ethernet port to useto create server.
All ETH
Values: All ETH, ETH 1, ETH 2, ETH 3.
IP Port
TCP port.
2404
Range of values: 1 … 65535
TCP Keep Alive
Checks the connected socket and determines 10000
whether the connection is still up and running or
if it has broken.
Range of values: 1 … 2147483647 milliseconds
0 – disabled.
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TCP No delay
Controls TCP packet batching.
No
Values: No, Yes
Log IP
Enables to log IP.
Yes
Values: No, Yes
Log RAW
Enables to log RAW.
Yes
Values: No, Yes
Init time
Protocol initialization time on startup. During this 0
time no events will be generated
Range of values: 1 … 60
Port enabled
Enables or disables communication port on start. Yes
Values: No, Yes
Port name
Port name.
New DNP3 server protocol
For example: “DNP3 slave”
4.11.4.2 Application layer parameters
Field name
Description
Default value
On buffer class1
If the buffer of class 1 events overflows, with this
overflow
parameter you can select which event to remove
Remove first
from queue.
Range of values:
Remove first,
Remove last,
Remove all.
On buffer class2
If the buffer of class 2 events overflows, with this
overflow
parameter you can select which event to remove
Remove first
from queue.
Range of values:
Remove first,
Remove last,
Remove all.
On buffer class3
If the buffer of class 2 events overflows, with this
overflow
parameter you can select which event to remove
Remove first
from queue.
Range of values:
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Remove first,
Remove last,
Remove all.
Allow one
Allow one command at the time.
No
command
Values: No, Yes
Allowed
Allows clock synchronization from controlled
synchronization
station.
Yes
Values: No, Yes
Time difference in
Time difference to synchronize internal RTU
milliseconds
clock.
1000
Range of values: 20 … 10000 milliseconds
UTC
Time synchronization with UTC timestamp.
No
Values: No, Yes
Spontaneous
Spontaneous messages enabled.
No
Values: No, Yes
Spontaneous Class
Spontaneous Class messages class.
Class 1
Range of values: None
Class 1
Class 2
Class 1&2
Class 3
Class 1 & 3
Class 2 & 3
Class 1 & 2 & 3
4.11.4.3 Points
Refer to the IEC-101 paragraph “Points”. (The configuration is very similar)
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4.12
Tag manager
Tag manager is intermediate software part which connects status and command points from master to slave
protocols or connects hardware tags to slave protocols. Either you can create here tags for internal logic or
IsaGRAF programming. There you can create structure of substation for easier work with tags.
Figure 98.
Main windows of Tag manager
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Figure 99.
Name
Active popup menu when tree branch is selected
Description
Keyboard shortcut
New Branch
Creates new branch in the tree structure.
Ctrl+N
New Tag
Creates new tag in selected branch. You need to
select from following types of Tags.
Delete
Deletes selected branch
Del
Goto Data source
If Tag is selected, you can reach the data source G
of Tag.
Remove Data source
Disconnect Data source from Tag.
Show Change Monitor
Opens Change monitor window
Test event
Test event with forced value and quality
Test command
Test command with forced value and quality
Import Tags
Import Tags from CSV file.
Export Tags
Export Tags to CSV file.
Export OPC Tags for
Export Tags to CSV file for Wonderware
Wonderware InTouch
InTouch FSGateway software.
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Figure 100.
Field name
Tag edit window
Description
Default value
ID
ID number. Only for internal use.
Automatically increment value
Type
Tag data type. You can’t edit this value. You must
delete the tag and then create one new with the
type you want.
Values: Status Integer 64 bits, Status Float 64 bits,
Command Integer 64 bits, Command Float 64 bits,
Manual Status Integer 64 bits, Manual Status Float
64 bits, Manual Command Integer 64 bits, Manual
Command Float 64 bits, Mapped Command.
Name
Name of the tag.
Status 1
State ID
Tag states configuration ID.
Not connected
State Name
Tag states configuration Name.
Not connected
State
Real time state of Tag.
Value
Real time value of Tag.
Time
Time of last change.
Quality
Quality of last change.
0
0x00000000 Not init
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Cause
Cause of transmission of last change.
Not defined
Port ID
Data source Port ID.
Not connected
Port Name
Data source Port Name.
Not connected
Point ID
Data source Point ID.
Not connected
Point Name
Data source Point Name.
Not connected
Offset 1
With those parameters you have possibility to
0
Offset 2
change value, which you will take from the data
0
Scale 1
source.
1
Scale 2
NewValue=(OldValue+Offset1)*Scale+Offset2
1
Following picture shows Connect Tag to data source window. In the left side you will see structure which
you have created in Master protocols. You can expand tree and find particular data point from master
protocols points. To the tag you can connect only one data or command point.
Figure 101.
Connect tag to data source window
In the above picture right top corner you can choose primary data source. You can connect tags to
Communication ports, RTU hardware points or PLC.
If you have connected Tag to the Data source and connected it also to Slave protocol, all the information
regarding linkage you can see in the tag configuration of window. Also you can see here real-time value,
state, timestamp, quality and cause of transmission of selected tag.
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Signal monitoring
Figure 102.
4.12.1 Tag states
Tag states configuration tool allows you to configure description to Tag Values. If it is configured, then
Change Monitor you can see state of the signal or command, not only value. For example it is possible to
configure description SET if Value=1 and RESET if Value=0.
Tag States have two types of states: Status State and Command State.
Figure 103.
New Tag State window
Following picture shows initial Tag States window.
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Figure 104.
Initial Tag states window
When you start to configure state for status signal, it’s needed to add with the priority 0, type irrelevant and
quality Not topical with the value Yes. Then you add normal states, like Reset = 0 and Set = 1. Following
picture show this configuration.
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Figure 105.
Configured status state
If the state is configured properly, then is possible to assign state to the signal or command in the Tag
Manager window, like in the following picture.
Figure 106.
Configured Tag with assigned state
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4.13
Internal programmable logic
Internal programmable logic are included in Enilit Configuration and Management Software by default. It
gives you opportunity to use fast and simple programmable logic. To use it, it’s needed to create Manual
Status Integer 64 bits or Manual Status Float 64 bits tags. After creation of Manual tag, you will see Logic
calculation area like in the following figure.
Figure 107.
Manual Tag with Logic calculations area.
To create some logic, it is needed to add Logic calculations with the help of right mouse button on the Logic
calculation window like in the following figure.
Figure 108.
Logic calculation context menu.
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If you click Add Logic element you will get following window:
Figure 109.
Add new Logic calculation.
It is needed to assign Tag from Tag Manager and Operation, then if Result is TRUE it will give value 1 to
the next calculation, else if Result is FALSE it will output value 0 to the next calculation. With the
parameters Result TRUE and Result FALSE it is possible to change result values to the next logic
calculation. Operation can be one of: = (assign), == (equal), <> (not equal), < (less), <= (less or equal), >
(more), >= (more or equal), OR, OR bits, AND, AND bits, XOR, XOR bits, + (addition), - (subtraction),
*(multiplication), / (division).
Figure 110.
Integer type Logic operations.
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Float type Logic operations.
Figure 111.
Figure 112.
Field name
Integer type Manual tag parameters.
Description
Default value
ID
For internal use.
Type
Type of Manual tag.
Name
Name of Manual tag.
Status 1
Description
Description of Manual tag.
Empty
Comments
Additional user comments.
Empty
State ID
Tag state ID.
State Name
Assigned Tag State name.
Not assigned
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State
Actual state.
Value
Actual value.
Time
Date/Time of last change.
Quality
Actual quality.
0x00000000 Not init
Cause
Actual cause.
Not defined
Offset 1
With those parameters you have possibility to 0
Offset 2
change value, which you will take from the data 0
Scale 1
source.
1
Scale 2
NewValue=(OldValue+Offset1)*Scale+Offset2
1
Start Value
Initial Value of logic calculation with the first 0
0
operation.
4.14
Programmable logic IsaGRAF
Enilit RTU CMS provides an interface to the IsaGRAF programming tool for the programming of additional
function of RTU. The following figure shows interface which enables to create inputs and outputs for the
Programmable logic IsaGRAF.
Figure 113.
Field name
PLC Programming window
Description
Default value
Name
Branch name.
CPU
Download
Download IsaGRAF solution to IsaGRAF on system No
configuration
start, in case Port enabled is Yes.
on start
Values: No, Yes
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ETCP
Start TCP communication with remote PC for No
debugging and diagnosis.
Values: No, Yes
Hidden
Start Isagraf modules hidden.
Yes
Values: No, Yes
Minimized
Start Isagraf modules minimized.
Yes
Values: No, Yes
Port enabled
Enables programmable logic IsaGRAF port.
No
Values: No, Yes
Figure 114.
Field name
Popupmenu window
Description
Active
New Branch
Creates new branch.
Branches
New Resource
Creates new resource.
Branches
New input
Creates new input to the Isagraf.
Resources
New output
Creates new output from the Isagraf.
Resources
Delete
Enables to delete branch, resource, input or Everywhere
output.
Open Isagraf
Open
the
integrated
programmable
logic Everywhere
workbench
environment IsaGRAF by selecting this menu
item.
Build Isagraf
Build IsaGRAF program.
Everywhere
Starts IsaGRAF runtime.
Everywhere
solution
Start ISAGRAF
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Add connection
Enables to connect input or output to the Tag Inputs, outputs
to Tag
from the Tag manager.
Remove
Enables to remove Tag connection.
Inputs, outputs
Goes to the connected Tag in the Tag manager.
Inputs, outputs
connection to
Tag
Go to connected
Tag
IsaGRAF is an IEC 61131 open control software for automation. For more information on all operating
functions of IsaGRAF, please refer to the Isagraf User Manual which can be called up via IsaGRAF
software.
4.14.1 IsaGraf function blocks
Functional blocks designed specifically for Enilit RTU. With these functional blocks, you can manipulate
events and commands.
E_Create_Command_Ack_LINT
Figure 115.
Creates integer command acknowledgement.
Field name
Variable
Description
Input of command.
Data type: ENILIT_OUT_COACK_LINT
ID
Commands identification number.
Data type: UDINT
Result
Command acknowledgement type: positive, negative, termination.
Data type: BYTE
Create
Enable or disable acknowledgement.
Data type: BOOL
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Figure 116.
E_Create_Command_Ack_LREAL
Creates float command acknowledgement.
Field name
Variable
Description
Input of command.
Data type: ENILIT_OUT_COACK_LREAL
ID
Commands identification number.
Data type: UDINT
Result
Command acknowledgement type: positive, negative, termination.
Data type: BYTE
Create
Enable or disable acknowledgement.
Data type: BOOL
Figure 117.
E_Create_Command_LINT
Creates integer command.
Field name
Description
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Variable
Output of command to RTU.
Data type: ENILIT_IN_COACK_LINT
ID
Commands identification number.
Data type: UDINT
Value
Value of command.
Data type: LINT
TimeOut
Wait for command acknowledgement.
Data type: TIME
Type
Type of command: single, double.
Data type: BYTE
SubType
Type of command: activation, deactivation.
Data type: BYTE
Test
Command with test flag.
Data type: BOOL
Create
Enable or disable acknowledgement.
Data type: BOOL
Ret_ID
Identification number of command acknowledgement.
Data type: UDINT
Ret_Result
Result of command acknowledgement.
Data type: BYTE
Ret_TimeStamp
Timestamp of command acknowledgement.
Data type: LINT
Ret_Ack
Acknowledgement positive or negative.
Data type: BOOL
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Figure 118.
E_Create_Command_LREAL
Creates float command.
Field name
Variable
Description
Output of command to RTU.
Data type: ENILIT_IN_COACK_LREAL
ID
Commands identification number.
Data type: UDINT
Value
Value of command.
Data type: LREAL
TimeOut
Wait for command acknowledgement.
Data type: TIME
Type
Type of command.
Data type: BYTE
SubType
Type of command: activation, deactivation.
Data type: BYTE
Test
Command with test flag.
Data type: BOOL
Create
Enable or disable acknowledgement.
Data type: BOOL
Ret_ID
Identification number of command acknowledgement.
Data type: UDINT
Ret_Result
Result of command acknowledgement.
Data type: BYTE
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Ret_TimeStamp
Timestamp of command acknowledgement.
Data type: LINT
Ret_Ack
Acknowledgement positive or negative.
Data type: BOOL
E_Create_Event_LINT
Figure 119.
Creates integer event.
Field name
Variable
Description
Output of Event to RTU.
Data type: ENILIT_OUT_EV_LINT
Value
Value of event.
Data type: LINT
Quality
Quality of event.
Data type: UINT
Create
Enable or disable event creation.
Data type: BOOL
Figure 120.
E_Create_Event_LREAL
Creates float event.
Field name
Description
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Variable
Output of Event to RTU.
Data type: ENILIT_OUT_EV_LREAL
Value
Value of event.
Data type: LREAL
Quality
Quality of event.
Data type: UINT
Create
Enable or disable event creation.
Data type: BOOL
E_Get_TimeStamp
Figure 121.
Gets timestamp of RTU.
Field name
TimeStamp
Description
TimeStamp of RTU.
Data type: LINT
Figure 122.
E_Wait_Command_LINT
Waits integer command.
Field name
Variable
Description
Input of command from RTU.
Data type: ENILIT_OUT_COACK_LINT
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ID
Commands identification number.
Data type: UDINT
Value
Value of command.
Data type: LINT
TimeStamp
TimeStamp of command.
Data type: LINT
Type
Type of command.
Data type: BYTE
SubType
Type of command: activation, deactivation.
Data type: BYTE
Test
Command with test flag.
Data type: BOOL
IsCommand
If Yes, then Command is active.
Data type: BOOL
Figure 123.
E_Wait_Command_LREAL
Waits integer command.
Field name
Variable
Description
Input of command from RTU.
Data type: ENILIT_OUT_COACK_LREAL
ID
Commands identification number.
Data type: UDINT
Value
Value of command.
Data type: LREAL
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TimeStamp
TimeStamp of command.
Data type: LINT
Type
Type of command.
Data type: BYTE
SubType
Type of command: activation, deactivation.
Data type: BYTE
Test
Command with test flag.
Data type: BOOL
IsCommand
If Yes, then Command is active.
Data type: BOOL
Figure 124.
E_Wait_Event_LINT
Waits integer event.
Field name
Variable
Description
Input of event from RTU.
Data type: ENILIT_IN_EV_LINT
Value
Value of event.
Data type: LINT
TimeStamp
TimeStamp of event.
Data type: LINT
Quality
Quality of event.
Data type: UDINT
IsEvent
If Yes, then Event is active.
Data type: BOOL
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Figure 125.
E_Wait_Event_LREAL
Waits float event.
Field name
Description
Variable
Input of event from RTU.
Data type: ENILIT_IN_EV_LREAL
Value
Value of event.
Data type: LREAL
TimeStamp
TimeStamp of event.
Data type: LINT
Quality
Quality of event.
Data type: UDINT
IsEvent
If Yes, then Event is active.
Data type: BOOL
4.14.2 IsaGraf data types
Field name
Description
Command type
E_CO_CANCEL
Deactivation
E_CO_EXECUTE
Execute
E_CO_SELECT
Select
E_CO_SELECT_EXECUTE
Select before Operate (SBO)
Commandacknowledgement
E_COACK_BAD_COMMAND_TYPE
Bad command type
E_COACK_BAD_CONFIGURATION
Bad configuration
E_COACK_BAD_VALUE
Bad value
E_COACK_CANCEL_DONE
Deactivation confirmation
E_COACK_CANCEL_REJECTED
Deactivation rejected
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E_COACK_COMMAND_ALREADY_IN_PROGRESS Command already in progress
E_COACK_COMMAND_IN_PROGRESS
Command in progress
E_COACK_COMMAND_QUEUE_FULL
Command queue full
E_COACK_EXECUTE_DONE
Activation confirmation
E_COACK_EXECUTE_REJECTED
Activation rejected
E_COACK_INTELOCKED
Interlocked
E_COACK_LINK_DISABLED
Link disabled
E_COACK_LINKLAYER_ACK
Link layer acknowledgement
E_COACK_LINKLAYER_NACK
Link layer no acknowledgement
E_COACK_LINKLAYER_UNKNOWN
Link layer unknown acknowledgement
E_COACK_NO_COMMAND
No command
E_COACK_NO_LINK
No link
E_COACK_SELECT_DONE
Select confirmation
E_COACK_SELECT_REJECTED
Select rejected
E_COACK_TIME_OUT
Command time out
E_COACK_UNDEFINED_RESULT
Command execution undefined result
Command quality
E_COSUB_LONG_PULSE
Long pulse
E_COSUB_NOT_DEFINED
Not defined
E_COSUB_PERSISTENT
Persistent
E_COSUB_SHORT_PULSE
Short pulse
Quality of event
E_QUAL_BLOCKED
Blocked
E_QUAL_GOOD
Good
E_QUAL_INVALID
Invalid
E_QUAL_INVALIDTIME
Invalid time
E_QUAL_NOTINIT
Not initialized
E_QUAL_NOTTOPICAL
Not topical
E_QUAL_OVERFLOW
Overflow
E_QUAL_SUBSTITUTED
Substituted
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Enilit RTU software | Time management
4.15
Time management
4.15.1 SNTP client
In the time management window you can create new SNTP client to synchronize RTU date and time with
external SNTP server.
SNTP client window
Figure 126.
Field name
Log
Description
Default value
Log clock synchronizations from slaves.
Yes
Values: No, Yes
Startup state
Clock is synchronized on startup.
Yes
Values: No, Yes
Clock not synchronized
If there was no clock synchronization for 86400
particular time, it will be considered that
clock is not synchronized.
Range of values: 1 … 86400 seconds
Synchronization from
After what time allow synchronization from 60
slaves
slave communication protocols. 0 – means
allow always synchronize, 1 – 86400
seconds – when there was no time
synchronization from SNTP clients.
Range of values: 1 … 86400 seconds
Time precision
Requested time precision in milliseconds. 10
Clock will be synchronized only if time
offset is larger than requested precision.
Range of values: 1 … 60000 ms
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Create new SNTP client
Figure 127.
If you have created new SNTP client, you will see following window with default parameters.
Other opportunity is to run Show monitor window. Monitoring window will show log data which you have
enabled in the SNTP client configuration with the parameters Log Data, Log IP, Log Raw.
SNTP client window
Figure 128.
Field name
Ethernet port
Description
Here, the information address can be
Default value
All ETH
specified.
Range of values: ETH1 … ETH3
Server
SNTP server IP address.
127.0.0.1
Values: xxx.zzz.yyy.nnn
UDP Port
UDP port to connect with server.
123
Range of values: 1 … 65535
Log Data
Enables to view data log.
Yes
Values: No, Yes
Log IP
Enables to view IP log.
Yes
Values: No, Yes
Log Raw
Enables to view raw log.
Yes
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Values: No, Yes
Enabled
Enable or disable SNTP client.
No
Values: No, Yes
ID
ID of SNTP client. Internal use.
1
Range of values: 1 … 255
Name
Name of SNTP client.
SNTP client
For example: “SNTP1”
Priority
If you will configure more than one SNTP
1
server, you can rank servers in your order.
Range of values: 1 … 255
Connect timeout
Connect timeout to SNTP server.
5
Range of values: 1 … 60 seconds
Reconnect timeout
Reconnect timeout if connection before
60
was failed.
Range of values: 1 … 86400 seconds
Synchronization period
The time period to make synchronization.
15
Range of values: 1 … 86400 seconds
SNTP server response
Response timeout after request has been
timeout
sent.
5
Range of values: 1 … 86400 seconds
Figure 129.
SNTP client popup window
With the Show monitor, you can open diagnostic tool for communication with SNTP server. The following
window shows Time management monitor window.
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Figure 130.
Time management monitor window
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Enilit RTU software | Self-control and diagnosis
4.16
Self-control and diagnosis
Enilit RTU CMS also provides diagnostic facilities which enable the user to view hardware status of RTU
with its configuration, to analyze and view serials and TCP protocols data, to monitor current status of
information objects, to test its and commands with test values, to view and keep saved system and events
log.
4.16.1 Hardware monitoring
With the popup menu in Enilit RTU Hardware configuration window you can run Enilit RTU Hardware
state monitoring.
Figure 131.
Hardware popup menu
When you click Show Hardware state, you will see following figure. With this window you can check if
the hardware is well configured and working. In this hardware monitoring window you can see current
states of all modules, output voltage of power supply, CPU temperature, Watchdog status, binary inputs
and command outputs states, measurements current (mA) or voltage (V).
Figure 132.
Hardware state window
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- Configured and working, or not configured and empty.
- Not configured, but found.
- Configured, but found another type of module.
- Configured and not working.
4.16.1.1 Status signals, commands and measurements
Hardware status can be monitored via communication protocols. You can connect hardware status signals
to tags with Tag Manager, you can control also hardware with commands from SCADA. Following figure
shows Hardware status signals, commands and measurements window.
Figure 133.
Hardware status signals, commands and measurements
Field name
Connected
Description
Card types
Central processor communicates with card. The
All
card works without error.
Type: Status item
0 – Normal
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1 – Fault
Voltage
Power supply voltage measurement.
PS31
Type: Status item
Enabled
Enabled or disabled card.
All
Type: Status item
0 – Enabled
1 – Disabled
Enable
Enables or disables central processor
All
communication with card.
Type: Command item
0 – Disable command
1 – Enable command
Wrong Card
Central processor detects wrongs card type.
Type
Type: Status item
AI31, DI31, DO31, CPU
0 – Ok
1 – Fault
Temperature
Central processor voltage measurement.
CPU
Type: Status item
Led2 State
Central processor Led2 state.
CPU
Type: Status item
0 – Led2 off
1 – Led2 on
Led2 Control
Control of central processor Led2 state.
CPU
Type: Command item
0 – Off
1 – On
4.16.2 Protocol monitoring
The following figure show communication port popup menu. With this popup menu you can run Protocol
monitoring tool “Port monitor”.
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Figure 134.
Communication port popup menu
Next figure shows this window in which you can view receiving and transmitting data through
communication port. This window is for IEC 60870-5-103 protocol, but you can use it for all serial or TCP
protocols even for SNTP.
Figure 135.
Field name
Enabled
Standard master protocol monitor window
Description
Enables to view communication data.
Default value
Unchecked
Values: Checked, Unchecked
Follow
Enables to follow last communication data.
Unchecked
Values: Checked, Unchecked
Log to file
Enables to log all data to log file.
Unchecked
Values: Checked, Unchecked
Next figure shows that you can view communication data in monitoring direction either serial or TCP/IP
between RTU and SCADA.
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Figure 136.
Field name
Enabled
Standard slave protocol window
Description
Enables to view communication data.
Default value
Unchecked
Values: Checked, Unchecked
Follow
Enables to follow last communication data.
Unchecked
Values: Checked, Unchecked
Log to file
Enables to log all data to log file.
Unchecked
Values: Checked, Unchecked
This communication port monitoring tool is very useful at substation commissioning stage. Commissioning
engineer doesn’t need any additional testing software, even worse hardware for port monitoring and so on.
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4.16.2.1 Status signals, commands and measurements
Figure 137.
Standard system status items for master protocols
Field name
Connected
Description
Connected to the slave device.
Protocols
All
Type: Status item
0 – Normal
1 – Communication error
Enabled
Enabled or disabled communication protocol.
All
Type: Status item
0 – Enabled
1 – Disabled
TX Bytes
Count of protocol transmitted bytes.
All
Type: Float
TX Packets
Count of protocol transmitted packets.
All
Type: Float
RX Bytes
Count of protocol received bytes.
All
Type: Float
RX Packets
Count of protocol received packets.
All
Type: Float
RX Err Answer
Type: Float
IEC-101, 103
Type: Float
IEC-101, 103
Timeout
RX Err First Char
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RX Err Last Char
Type: Float
IEC-101, 103
RX Err Check
Type: Float
IEC-101, 103
RX Err Length
Type: Float
IEC-101, 103
RX Err Mirrored
Type: Float
IEC-101, 103
Sum
4.16.3 System log
When you start Enilit RTU CMS the first window is System log window. This window is also written to the
file. The location of logs is described in the RTU description file.
Figure 138.
System log window
4.16.4 Events log
In the Tag Manager tool you can configure Events log. This window is also written to the file. By default
Events log files are stored in the RTU configuration directory Logs. The location of logs is described in the
RTU description file.
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Figure 139.
Field name
Log RTU Time
Main Tag manager window
Description
Default value
Additional column will be added to history files, No
which shows event received time in TAG
Manager.
Values: No, Yes
Days for history
How many days to keep events in Events list.
365
Range of values: 10 … 1000 days
Max file size
Maximum size of all Events list files
100
Range of values: 10 … 1000 Mb
Record count
Record count in one Events list file
10000
Range of values: 1000 … 100000
UTC time stamp
Time stamp of events to be saved in Events list.
No
Values: No, Yes
Log status tags
Log status changes to Events list files.
Yes
Values: No, Yes
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Log measurements
Log measurements changes to Events list files.
tags
Values: No, Yes
Log command tags
Log commands changes to Events list files.
Yes
Yes
Values: No, Yes
Log incoming
Log incoming changes to Events list files.
changes
Values: No, Yes
Log outgoing
Log outgoing changes to Events list files.
changes
Values: No, Yes
Yes
Yes
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Enilit RTU software | Redundancy
4.17
Redundancy
4.17.1 Redundancy support
Safety, reliability, high availability, and functionality are vital components of every control system in
today’s world. Enilit system utilize dual RTU and power supplies redundancy.
The system provide for automatic monitoring of primary and hot standby RTU. Failures are detected
automatically and trigger a switchover from the primary RTU to hot standby RTU. All communication
channels are automatically switched to primary RTU. The switchover and data transfer is fast and bumbles,
thereby ensuring that there is no interruption in process control.
4.17.2 Redundancy types
4.17.2.1 Cold-Standby
A method of redundancy in which the secondary RTU system is only called upon when the primary system
fails. The system on cold standby receives scheduled data backups, but less frequently than a warm standby.
Cold standby systems are used for non-critical applications or in cases where data is changed infrequently.
4.17.2.2 Warm-Standby
A method of redundancy in which the secondary RTU system runs in the background of the primary system.
Data is mirrored to the secondary RTU at regular intervals, which means that there are times when both
servers do not contain the exact same data.
4.17.2.3 Hot-Standby
A method of redundancy in which the primary RTU and secondary RTU systems run simultaneously. The
data is mirrored to the secondary RTU in real time so that both systems contain identical information. This
method lets fast switchover from active to standby RTU, because both of RTUs have the same data. Hotstandby redundancy is default used in Enilit RTU, but on customer request it can be change to Cold-Standby
or Warm-Standby. Further description is mostly about this type of redundancy.
4.17.3 Connection diagram
To support redundancy, RTU’s must be connected one with other using LAN or RS-485 or RS-232
interfaces. These communication paths are used to exchange real time data between active and standby
RTU. It is possible to use maximum of 4 redundant connections between RTU’s.
-
RS-485 or RS-232 (COM1-COM12)
-
RS-485 or RS-232 (COM1-COM12)
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-
LAN (ETH1-ETH7)
-
LAN (ETH1-ETH7)
Figure 140.
Example of connections between redundant RTU’s
Only one of these connections is used for data exchange. Others are used for health monitoring of active
RTU. In case of broken data communication path, other active connection will be selected. Ethernet
connections are much faster, so first one of these connections will be used for data exchange. In case when
there are no Ethernet connections, serial will be selected. Even if serial selected, by default 115,200 kbs
speed it is possible to transfer about 500 events per second between RTU’s. On request, speed can be
increased for serial connections.
4.17.4 Enilit RTU redundancy principles
Enilit redundancy system consists of two RTU’s. One of it is called Active and another Standby. At any
time there can be only one Active RTU. The Active RTU is responsible:

data acquisition from slave and server devices

command transmission to slave and server devices

PLC calculation

process information transmission to upper communication levels

process information transmission to Standby RTU
The Standby RTU is responsible:

data acquisition from Active RTU

process information transmission to upper communication levels

monitoring of connections to Active RTU
If Standby RTU is healthy and running, it receives all process information from Active RTU so it can
transmit all necessary data to upper communication levels. No matter how many redundant connections are
configured between Active and Standby RTU’s, if there at least one connection healthy, Standby RTU
knows that Active RTU is running correctly. If there are no connections between Standby and Active RTU,
Standby RTU changes its state to Active. The switchover can be also executed manually. In this case the
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Standby RTU will change to Active RTU, and Active RTU will change to Standby RTU. Because Standby
RTU always acquires process information from Active RTU, the switchover is fast and bumbles.
4.17.5 Monitored fault locations
This section describes what can be monitored and used for automatic switchover form standby to active
RTU. Most of those monitored information is user selectable from system self-control and diagnosis Tags
(See description about 4.13Self-control and diagnosis). Monitored information:
-
Communication paths between Active and Standby RTU‘s (this is done by default and is not
user selectable).
-
RS-485, RS-232 port hardware errors and state.
-
Ethernet port hardware errors and state.
-
Cards hardware errors and state.
-
Inner voltages and temperatures.
-
Main CPU state.
-
Power supply state.
-
Main Watchdog relay on CPU card (Digital Input type card will be needed on both of RTU‘s
to check relay state).
-
Other specifics can be added on customer request.
All this monitored information can be used for configuration of automatic switchovers, according to user
needs.
4.17.6 Communication channel configuration
4.17.6.1 Redundancy Connection LAN1 parameters
Field name
Ethernet port
Description
Default value
Choose RTU Ethernet port.
Empty
Values: ETH1, ETH2...ETHn
IP Address
IP Address of redundant RTU
127.0.0.1
For example: 10.2.2.1
IP Port
TCP/IP connection port.
5404
Timeout
Communication timeout. In case if this is last 1000 milliseconds
connection between RTU’s and it is timed out,
then switchover from Standby RTU to Active
happens.
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4.17.6.2 Redundancy Connection LAN2 parameters
Field name
Ethernet port
Description
Default value
Choose RTU Ethernet port.
Empty
Values: ETH1, ETH2...ETHn
IP Address
IP Address of redundant RTU
127.0.0.1
For example: 10.2.2.1
IP Port
TCP/IP connection port.
5404
Timeout
Communication timeout. In case if this is last 1000 milliseconds
connection between RTU’s and it is timed out,
then switchover from Standby RTU to Active
happens.
4.17.6.3 Redundancy Connection RS-485 1 parameters
Field name
Com port
Description
Default value
Choose RTU COM port.
Empty
Values:
COM1
COM2
...
COMn
Timeout
Communication timeout. In case if this is last 1000 milliseconds
connection between RTU’s and it is timed out,
then switchover from Standby RTU to Active
happens.
4.17.6.4 Redundancy Connection RS-485 2 parameters
Field name
Com port
Description
Choose RTU COM port.
Default value
Empty
Values:
COM1
COM2
...
COMn
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Timeout
Communication timeout. In case if this is last 1000 milliseconds
connection between RTU’s and it is timed out,
then switchover from Standby RTU to Active
happens.
4.17.7 Status signals, commands and measurements
4.17.7.1 Standard system status items for redundant connections
Field name
Connected
Description
Connected to the redundant RTU.
Redundant connections
All
Type: Status item
1 – Normal
0 – Communication error
Enabled
Enabled or disabled redundant connection.
All
Type: Status item
1 – Enabled
0 – Disabled
Transmitted
Protocol transmitted bytes.
Bytes
Type: Measurement
Transmitted
Protocol transmitted packets.
Packets
Type: Measurement
Received Bytes
Protocol received bytes.
All
All
All
Type: Measurement
Received
Protocol received packets.
Packets
Type: Measurement
All
4.17.7.2 Standard system status items for redundancy
Field name
State
Description
RTU redundancy state.
Type: Status item
0 – Standby
1 – Active
Switchover
Switchovers current RTU to new state.
Type: Command item
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0 – To Standby
1 – To Active
Connections
Current active redundancy connections
Type: Measurement
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Enilit RTU User Manual 15.03
Enilit RTU software | Cyber security capabilities
4.18
Cyber security capabilities
4.18.1 Introduction
Cyber data security is a vital element of system’s reliability. It decreases cyber-crimes and increases the
security and availability of the system communication network.
System where RTU‘s are used (power, water, oil supply systems) usually are critical infrastructure. Security
threats generally consist of attacks against assets. These assets may not only be physical facilities, but also
cyber information, databases and software applications. Targets such as IEDs, SCADA (Supervisory
Control and Data Acquisition) systems, EMS (Energy Management Systems), databases, applications and
web services can be attacked. Even if the network is completely isolated and no remote equipment is
connected, attacks may even be initiated by operational personnel who lack special training and awareness.
Cyber data security is a vital element of system’s reliability. It decreases cyber-crimes and increases the
security and availability of the system communication network. In order to prevent from such attacks in
Enilit RTU is made data cyber security capabilities according standard IEEE 1686-2007, IEEE Standard
for Substation Intelligent Electronic Devices (IEDs) Cyber Security Capabilities, February 2008.
IEEE 1686-2007 is a security standard for IEDs. It establishes requirements for IED security in accordance
with NERC CIP. This standard defines the functions and features to be provided in substation IEDs to
accommodate critical infrastructure protection programs.
The main Enilit RTU Cyber security Capabilities are given in the chapters below, if some extra security
functions is required they could be added on client request.
4.18.2 Electronic access control
All electronic access to the Enilit RTU locally through a communication/diagnostic port with a test set or
personal computer, or remotely through a communications media is password protected. It is not possible
to gain access to the device without a proper password that has been generated by the user.
4.18.2.1 Password defeat mechanisms
The Enilit RTU has no means whereby the user-created password control can be defeated or circumvented.
This includes such mechanisms and techniques such as:

Vendor-embedded master password;

Chip-embedded diagnostic routines made accessible by hardware or software failures;

Hardware bypass capabilities such as jumpers and switch settings.
The UAB Enilit guaranties that no such mechanisms exist which would allow circumvention of the usercreated password control.
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Enilit RTU software | Cyber security capabilities
4.18.2.2 Number of individual password supported
The thousands of unique user-access passwords could be created.
4.18.2.3 Password construction
User-created passwords follow a set of rules which must be adhered to in the creation of each password. A
minimum of 8 characters is used. The password characters should contain the following:

At least one uppercase and one lower case letter

At least one number

At least one non-alphanumeric character (e.g., @%&*)
Any attempt to create a password which violates these rules is captured at the time of attempted creation
and the user will be notified and prompted to choose another password which conforms to the rules.
For more information about users passwords see paragraph 4.5.3 of this document.
4.18.2.4 Authorization levels by password
The Enilit RTU supports the ability to assign authorization to utilize Enilit RTU functions and features
based on individual user-created passwords. At a minimum, the following functions and features shall have
this assignability available:

View Data – the ability to view operational data (voltage, current, power, energy, status, alarms, et.
al);

View Configuration Settings – the ability to view configuration settings of the Enilit RTU such as
scaling, communications addressing, programmable logic routines;

Force Values – the ability to manually override real data with manually inputted data and/or the
ability to cause a control output operation to occur;

Configuration Change – the ability to download and upload configuration files to the unit and/or
effect changes to the existing configuration;

Password Management – The ability to create, delete or modify passwords and/or password
authorization levels;

Audit Log – The ability to view and download the audit log.
For more information about User groups (Roles of Users) see paragraph 4.5.2 of this document.
4.18.2.5 Password display
It is not possible to cause Enilit RTU access passwords displayed through any means, including
configuration software connection and terminal access.
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4.18.2.6 Access timeout
The Enilit RTU has a timeout feature which revokes all access levels granted through password entry after
a period from user inactivity. Inactivity shall be defined as the absence of input keystroke activity on a
computer connected to the Enilit RTU port. The period of time before the timeout feature activates is
settable between 1 and 60 minutes by the user in the configuration of the Enilit RTU.
4.18.3 Audit trail
The Enilit RTU records in events in the order in which they occur. This audit trail is in the form of a file
which can be viewed on a computer attached to the Enilit RTU diagnostic/maintenance port.
4.18.3.1 Storage capability
The audit trail facility has the capability to store more than 10 000 events before the circular buffer begins
to overwrite the oldest event with the newest event. There is no capability to erase or modify the audit trail.
It is not possible to remove the storage media of the audit trail without permanently damaging the Enilit
RTU beyond the capability of field repair.
4.18.3.2 Storage record
For each audit trail event, the following information is recorded:

Event Record Number;

Time & Date – Time and date of the event will be recorded in a yy/mm/dd/hh/mm format;

User Identification – The user ID logged into to the Enilit RTU at the time of the event;

Event Type.
4.18.3.3 Audit trail event Types
The following events shall cause an entry into the Audit Trail record

Log In – Successful log in;

Manual Log Out – User Initiated;

Timed Log Out – Log out of User after defined period of inactivity elapses;

Value forcing – Operator action that overrides real data with manual entry and/or causes a control
operation;

Configuration Access – Download of the configuration file;

Configuration Change – Upload to the Enilit RTU of a new configuration file or keystroke entry of
new configuration parameter;

Password Creation – Creation of new password or modification of password level of authorization;
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
Password Revocation – Revocation of a password;

Audit Log Access – User access of audit log for viewing or file download;

Time/Date Change – User request to change time and date;
Figure 141.
Figure 142.
Audit Trial log
Settings of Audit Trial.
Enilit RTU CMS independently from Windows Operation System stores some of those events in System
Log file. This is important if it’s needed to send Security events through IEC or DNP communication
protocols to SCADA.
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4.18.4 Supervisory monitoring and control
In addition to the Audit Trail capability, the Enilit RTU monitors security-related activity and make the
information available through a real-time communication protocol for transmission to a supervisory system.
If serial communications are used for the configuration of the Enilit RTU and the supervisory
communications port, separate serial communications ports is provided for configuration and supervisory
monitoring.
Configuration port activity not interfere nor disable the supervisory monitoring port with the exception of
a configuration. Information to be monitored and transmitted falls into two groups: Event and Alarm.
4.18.4.1 Events
Events are defined as authorized activities which can be expected to occur in the routine use and
maintenance of the Enilit RTU. All events can be monitored and transmitted to the supervisory system.
Event points have momentary change detect capability so that the occurrence of an event will be reported
on the next scan of the Enilit RTU by the supervisory system. The Enilit RTU reports each occurrence as
an individual event.
4.18.4.2 Alarms
Alarms are defined as activities which may indicate unauthorized activity. The following will cause an
Alarm occurrence:

Unsuccessful login attempt – defined as configured incorrect password entries insuccession;

Reboot;

Attempted use of unauthorized configuration software;
4.18.5 Configuration software
The Enilit RTU has an authentic configuration software. It could be configured with any software except
supported by UAB Enilit.
ENILIT RTU configuration software has the ability to assign features to specific users. At a minimum, the
following functions and features could be assignable on an individual user basis:

View Configuration Data – in this mode, a user can only view configuration data. No changes to
the configuration can be made.

Change Configuration Data – in this mode, the user can change and save configuration data to be
uploaded to the Enilit RTU at a later point in time.

Full Access – in this mode, all functions, including password changes and user assignment levels
can be made.
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The configuration software is password controlled so that the software cannot be accessed without the
proper password.
All communications ports other on the Enilit RTU have the capability to be enabled or disabled through
configuration of the Enilit RTU. When disabled through configuration, no communications will be possible
through that port.
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Abbreviations | Cyber security capabilities
Abbreviations
ADU
Application Data Unit
APDU
Application Protocol Data Unit
CMS
Configuration and Management Software
CPU
Central processing unit
CS
Clock synchronization
DPC
Double point command
DPS
Double point signal
GI
General interrogation
ICD
IED Capability Description
IED
Intelligent Electronic Device
MV
Measurement value
PLC
Programmable logic controller
RTU
Remote terminal unit
SCADA
Supervisory control and data acquisition
SCL
Substation Configuration Language
SNTP
Simple Network Time Protocol
SPC
Single point command
SPS
Single point signal
TCP
Transmission Control Protocol
UTC
Coordinated Universal Time
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Contacts | Cyber security capabilities
Contacts
UAB "Enilit"
Veiverių str. 134-221
LT-46352 Kaunas,
Lithuania
Support e-mail:
Tel.: +370 655 53155
Tel. / Fax.: +370 37 291708
E-mail: [email protected]
www.enilit.lt
[email protected]
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